24th Australian Institute of Physics Congress

11 Dec 2022, 09:00 → 16 Dec 2022, 13:30 Australia/Adelaide

James Zanotti (The University of Adelaide), Paul Jackson (University of Adelaide), Waseem Kamleh (University of Adelaide)

On behalf of the Australian Institute of Physics (AIP), it gives us great pleasure to invite you to participate in the 24th Australian Institute of Physics Congress, to be held at the Adelaide Convention Centre from 11-16 December, 2022. This year we are delighted to be co-locating with the Australian and New Zealand Conference on Optics and Photonics (ANZCOP), the 7th International Workshop on Speciality Optical Fibers (WSOF), and the Conference on Optoelectronlc and Microelectronic Materials and Devices (COMMAD).

The Congress will be held in Adelaide, South Australia, between Monday-Friday 12-16 December 2022. The venue for the Congress is the Adelaide Convention Centre, conveniently located on the picturesque banks of the Torrens Lake in the heart of the city.

The Adelaide Convention Centre is committed to providing a COVID Safe environment.

The optional pre-conference ANFF and 3D Printing workshops will be held at the North Terrace campus of the University of Adelaide on Sunday 11 December 2022.

This site is used to manage registrations and abstract submissions. Important notes:

 

• ** Early-bird registration has now closed. You will now need to register at the standard rate **

 

• As part of the abstract submission process, you will first need to sign up for an Indico guest account (you may need to check your SPAM folder for the confirmation email).
• Before completing your registration, you need to read and agree to the Code of Conduct

More details about the conference can be found at the conference website: aip-congress.org.au

 

Abstract_Template_AIPC2022.docx

Code of Conduct.pdf

Sunday 11 December

Workshop on 3D Printing of Photonics Materials: 3D Printing Workshop

1 3D Printing Workshop

Details for the 3D Printing Workshop can be found at https://aip-congress.org.au/workshop.html

ANFF Workshop: Fabricating Photonic and Optical Components: ANFF Workshop

2 ANFF Workshop

Details for the ANFF workshop can be found at https://aip-congress.org.au/workshop.html

18:00 Welcome Reception

Monday 12 December

Keynote: Welcome Session

Plenary: Plenary 1

Convener: Irina Kabakova (University of Technology Sydney)

3 From Nonlinear Optics to High-Intensity Laser Physics

The laser increased the intensity of light that can be generated by orders of magnitude and thus brought about nonlinear optical interactions with matter. Chirped pulse amplification, also known as CPA, changed the intensity level by a few more orders of magnitude and helped usher in a new type of laser-matter interaction that is referred to as high-intensity laser physics. In this talk, I will discuss the differences between nonlinear optics and high-intensity laser physics. The development of CPA and why short, intense laser pulses can cut transparent material will also be included. I will also discuss future applications.

Speaker: Prof. Donna Strickland (University of Waterloo)

0900 Mon HallC Strickland.pptx

4 Quantum sensing and imaging with diamond spins

The diamond NV center offers a uniquely versatile path towards nanoscale imaging of condensed matter and biological systems. Here I present NV-based magnetic imaging experiments and discuss challenges to improved resolution and sensitivity, largely focused on materials engineering and tackling interface-induced decoherence.

Speaker: Prof. Ania Bleszynski Jayich (University of California, Santa Barbara)

0945 Mon HallC Bleszynski Jayich.pptx

10:30 Morning tea

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 1 - Optical Sensors 1

Convener: Shahraam Afshar Vahid (Laser Physics and Photonic Devices Laboratories, University of South Australia, SA 5095, Australia)

5 New frontiers in smart sensor technology for a healthier, safer and sustainable future

Recent advances in device physics, nanotechnology, AI, and sensor fusion is leading to a revolution in smart sensor technology to provide multi-faceted interfaces to the three-dimensional physical, chemical, and data environment, enabling high-performance information gathering and real-time situational awareness.

Speaker: Prof. Benjamin Eggleton (The University of Sydney Nano Institute)

1100 Mon E2 Eggleton.pptx

6 Robust Optical Fibre Sensors for Harsh Wastewater Environments

We report robust fibre Bragg grating (FBG) sensors that optically measure environmental conditions in harsh, corrosive, biofouling wastewater networks over long periods.

Speaker: Martin Ams (Macquarie University)

1130 Mon E2 Ams.pptx

AMS AIPC2022.pdf

7 Laser Written Carbonised Porous Silicon Waveguides for Optical Sensor Applications

Demonstrating the first positive-patterning process for creating passivated waveguides in porous silicon films using laser writing in a controllable atmosphere to retain an open pore structure suitable for highly sensitive optical sensor applications.

Speaker: Jesse Fletcher (University of Western Australia)

1145 Mon E2 Fletcher.pptx

Abstract_Template_AIPC2022_Jesse_Fletcher.docx

8 Towards a sub-attometer fibre wavemeter based on Speckle interference patterns

The measurement of optical wavelengths using speckle is a promising tool for compact and precise wavemeters/spectrometers. We explore the limits of a speckle pattern-based wavemeter, aiming to achieve a measurement precision better than an attometer.

Speaker: Chris Perrella (University of Adelaide)

1200 Mon E2 Perrella.pptx

Abstract_Speckle_AIPC2022_Final.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 2 - Astrophotonics

Convener: Simon Gross (Macquarie University)

9 Astrophotonics: when astronomy meets photonics

Astrophotonics lies at the interface of photonics and astronomical instrumentation. The power of photonics and Adaptive Optics, together with the development of new photonic devices, strengthens the case for astrophotonics year by year.

Speaker: Prof. Sergio Leon-Saval (Sydney Astrophotonics Instrumentation Laboratory, School of Physics, The University of Sydney, Sydney, NSW 2006, Australia.)

1100 Mon E3 Leon-Saval.pptx

Invited talk_Sergio Saval_ANZCOP2022.pdf

10 A Focal Plane All-fibre Wavefront Sensor

Adaptive optics (AO) is critical in astronomy, optical communications, remote sensing, and optical beam manipulation to correct distortions caused by propagation through media like the Earth’s atmosphere or living tissue.

Speaker: Fiona Wei

1130 Mon E3 Wei.pptx

11 Development of Western Australia’s Optical Space Communications Capabilities

An overview of the free-space optical communications research being conducted at UWA, with emphasis on the development of the Western Australian Optical Ground Station and results from field tests with a deployable mobile optical terminal.

Speaker: Benjamin Dix-Matthews (The University of Western Australia)

1145 Mon E3 Dix-Matthews.pptx

aip_abstract.pdf

12 Developing Optical Phased Array sensing for the Breakthrough Starshot propulsion system

We present the key considerations in our design for using optical interferometry to phase-lock optical phased arrays with up to 100 million emitters, needed for the ambitious proposed Breakthrough Starshot mission.

Speaker: Paul Sibley

1200 Mon E3 Sibley.pdf

AIPC2022_PSibley_Developing_Optical_Phased_Array_sensing_for_the_Breakthrough_Starshot_propulsion_system.pdf

13 Development of an mid-infrared integrated optics 4-telescope beam combiner for the Hi-5 instrument

An integrated optic 4-telescope beam combiner is being developed for the detection of exoplanets using nulling interferometry. The beam combiner, fabricated using ultrafast laser inscription, is optimised for achromatic behaviour in the mid-infrared (3.5-4.0 µm).

Speaker: Mr Ahmed Sanny (University of Cologne, Macquarie University)

1215 Mon E3 Sanny.pptx

ANZCOP_2022_New.pdf

AIP: Relativity and Gravitation: ASGRG 1

Convener: Dr Karelle Siellez (University of California Santa Cruz)

14 Seismic-isolation-chain displacement sensing using Digital Interferometry

Future interferometric gravitational-wave detectors are predicted to be impacted by low-frequency relative displacement motion between their seismic isolation platforms. We will present the advantages, sensitivity targets and latest prototype developments towards a digitally-enhanced interferometric sensor for measuring this motion.

Speaker: Ya Zhang (Australian National University)

1100 Mon RB2 Zhang.pdf

DI_AIPC2022_Abstract_v4.pdf

SPI_using_DI_YaZ_AIPDec2022.pdf

15 The Optical Limit of Phase Measurement in Space Based Interferometry

This talk discusses a rigorous analysis of phasemeter behaviour in the ultra weak-light regime. We explore the fundamental limit in optical power at which heterodyne phase tracking measurements can be reliably performed, Focused on application in space-based interferometry.

Speaker: Callum Sambridge

1115 Mon RB2 Sambridge.pptx

Callum Sambridge AIP Abstract.pdf

16 Enhanced laser noise suppression for LISA using arm and cavity locking

This research illustrates a novel method of stabilizing the laser in the LISA mission with respect to two references – the on-board optical cavity, and the inter-spacecraft separations or the arms of the interferometer

Speaker: Mr Jobin Valliyakalayil (Centre for Gravitational Astrophysics, Australian National University)

1130 Mon RB2 Valliyakalayil.pdf

AIP_abstract_arm_locking.pdf

17 Characterization of laser offset phase locking for a Newtonian noise sensor

We present the characterization of the simultaneous four offset-optical phase-locked loop set up used as part of a Newtonian noise sensor readout, and discuss their performance and limits with respect to the scientific requirements for the experiment.

Speaker: Sheon Chua (Australian National University)

1145 Mon RB2 Chua.pptx

OPLLNN_AIPC2022.pdf

18 Tolerance of Hartmann Wavefront Sensors to third-order optical aberrations in the projecting telescopes

Designing Hartmann wavefront sensor telescopes for improved sensing of thermal aberrations in large diameter optics inside gravitational wave interferometers.

Speaker: Madison Simmonds

1200 Mon RB2 Simmonds.pptx

HWS tolerance to optical aberration_AIP2022_abstract.docx

19 The latest development in ALFRA, the UWA low-frequency rotational accelerometer

In this talk, we will present our latest developments of the advanced low-frequency rotational accelerometer that has direct utilization in seismology applications and seismic isolation in gravitation wave detectors.

Speaker: Carl Blair (University of Western Australia)

1215 Mon RB2 Blair.pptx

The latest development in ALFRA, the UWA low-frequency rotational accelerometer _Abstract.pdf

AIP: Atomic and Molecular Physics: ATMOP 1 - Open systems & topology

Convener: Matthew Davis (The University of Queensland)

20 Melting of vortex lattice in a two-dimensional BEC

In this work, we experimentally create a lattice of vortices in a two-dimensional BEC and map the vortex density as the lattice melts. These states have gained prominence as an analogue of electrons in the quantum hall effect.

Speaker: Dr Tyler Neely (University of Queensland)

1100 Mon RB4 Neely.pptx

main.pdf

21 Rapid production of metastable helium BEC using cross-beam dipole trap

We demonstrate the laser cooling techniques for rapid production of a metastable helium BEC. The experimental setup features an in-vacuum magnetic trap and a cross-beam optical dipole trap. We obtained a pure BEC of 1 million atoms in 3.3 seconds.

Speaker: Sam Meng (Australian National University)

1130 Mon RB4 Meng.pptx

conference abstract (formated).pdf

22 Towards an experimental violation of a motional-state Bell's inequality using ultracold helium

We present our experimental progress towards demonstrating quantum non-locality in a matter wave system of ultracold helium via a Rarity-Tapster interferometer. The momentum entangled state used for the violation is generated by colliding helium Bose-Einstein condensates.

Speaker: Kieran Thomas

1145 Mon RB4 Thomas.pdf

aip_abstract_Bell_test.pdf

23 Feedback cooling atomic gases to quantum degeneracy

We propose a new, low-loss method of cooling neutral alkali atoms to quantum degeneracy by optical feedback control. We present full-field quantum simulations demonstrating the viability of the technique, and show robustness to realistic experimental imperfections.

Speaker: Matthew Goh (University of Oxford)

1200 Mon RB4 Goh.pptx

AIP_Feedback_Cooling_Abstract.pdf

24 Gravitation, quantum computing and quantised vortices

This is theoretical work on quantised vortices in superfluids with a specific focus on connections between the theory of rotating neutral superfluids, topological quantum computation, and gravitation endowed by an acoustic metric.

Speaker: Tapio Simula

1215 Mon RB4 Simula.pptx

AIP22_Abstact_Vortex.pdf

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 1 - Hybrid Semiconductors and Processing

Convener: Mariusz Martyniuk

25 Intrinsic quantum confinement and charge-carrier localisation in metal halide semiconductors

Metal halide semiconductors have emerged as attractive materials for solar cells. In this talk I will discuss some of our recent work exploring the optoelectronic properties of lead-iodide perovskites and silver-bismuth halide semiconductors.

Speaker: Laura Herz (University of Oxford)

1100 Mon RB7 Herz.pptx

Abstract_Herz_AIPC2022.pdf

26 Enhanced Photodetection with BP – Organic Hybrid

Tuning the charge transfer and optoelectronic properties of 2D materials such as black phosphorus (BP) by hybridising it with an organic semiconducting polymer.

Speaker: Mei Xian Low (RMIT University)

1130 Mon RB7 Low.pdf

Black phosphorus - organic hybrid_abstract.docx

27 The Application of Gallium Oxide High Power Optical Devices by Etching Process Optimization

β-Ga2O3 gratings were fabricated by inductively-coupled-plasma (ICP) etching process to have a clearer understanding of dry etching mechanism during semiconductor device manufacturing process. Different parameters were adjusted to investigate their effects and find the best etching recipe.

Speaker: Ms Xiting Zhou

1145 Mon RB7 Zhou.pdf

Abstract_XITING.docx

28 MBE growth and mechanical properties of HgCdSe infrared materials

We report high-quality MBE growth and a mechanical property study of HgCdSe layers on GaSb (211) substrates. Both the crystal quality and the mechanical properties of HgCdSe have been demonstrated to be comparable to those of HgCdTe

Speaker: Shuo Ma

High quality HgCdSe and mechanical properties.docx

29 Optimising CVD boron doped diamond with a novel 3D-printed titanium Faraday cage for an all diamond superconducting device platform

Here we report the optimization of the growth of superconducting boron doped diamond on insulating diamond substrates via microwave plasma chemical vapor deposition (MPCVD) using a 3D-printed titanium Faraday cage, which leads to superior uniformity in growth and boron incorporation.

Speaker: Yi Jiang (The University of Melbourne)

1215 Mon RB7 Jiang.pptx

Abstract_Yi-Jiang_AIPC2022-new.docx

AIP: Nuclear and Particle Physics: NUPP 1

Convener: Prof. Anthony Williams (University of Adelaide)

30 First FRIB experiment: new microsecond isomer in 32Na discovered with the FDSi

Results from the Facility for Rare Isotope Beams (FRIB) reveal the first microsecond isomer for exotic N=20 nuclei. Implications for nuclear structure and the competition between spherical and deformed shapes will be discussed.

Speaker: Dr Timothy Gray (Oak Ridge National Laboratory)

1100 Mon HallC Gray.pdf

31 Lattice QCD Determination of Transverse Force Distributions in the Proton

Transverse force tomography is a relatively new technique that offers an alternative perspective on confining forces in Quantum Chromodynamics. We present the first lattice QCD computation of the spatial distribution of the "Colour-Lorentz" forces in the proton.

Speaker: Joshua Crawford

1130 Mon HallC Crawford.pdf

Force_Imaging_Abstract.pdf

32 Using TDHF simulations of quasifission to probe the fission surface of Og-294

Shell effects in nuclear fission of superheavy oganesson-294 are investigated through simulations of quasifission trajectories. Results show that shell effects from fission affect quasifission along with excitation energy dependent changes.

Speaker: Patrick McGlynn

1145 Mon HallC McGlynn.pptx

AIPabstract2022.pdf

33 Pyrate: a novel system for data transformations, reconstruction and analysis for the SABRE experiment

This presentation addresses the design and implementation of the pyrate software system developed within the context of the SABRE experiment for dark matter direct detection. The system is oriented at processing and analysing the data collected by the experiment.

Speaker: Michael Mews

1200 Mon HallC Mews.pdf

FedericoScutti_Abstract_AIPC2022.pdf

34 Searches for Long-Lived Particles using Displaced Vertices and Missing Transverse Energy at the ATLAS Detector

Long Lived Particles are predicted in many BSM models. This is an overview of previous analyses to highlight where missing energy, with additional data may be more sensitive to SUSY signals, or to help set limits on supersymmetric particle masses.

Speaker: Emily Filmer (University of Adelaide (AU))

1215 Mon HallC Filmer.pptx

EFilmer_DVMET_AIPC2022.pdf

Filmer_AIP.pdf

Filmer_AIP.pptx

AIP: Quantum Science and Technology: QST 1 - Quantum Computing 1

Convener: Prof. Jingbo Wang (The University of Western Australia)

35 From quantum picturalism to quantum AI

Our team have performed Quantum Natural Language Processing on an IBM quantum computer and our own trapped-ion hardware. Key to achieving this is the observation that quantum theory and natural language are governed by much of the same compositional structure.

Speaker: Prof. Bob Coecke (Quantinuum Ltd.)

1100 Mon RB5 Coeke.pdf

Bob Coecke - Abstract.pdf

Bob Coecke - Bio and Headshot.docx

36 Transversal Injection: A method for direct encoding of ancilla states for non-Clifford gates using stabiliser codes.

I would like to apply for a talk (preferred) or poster. I am the primary author of the paper and the one which will present.

Please find attached the abstract in .pdf format.

Speaker: Jason Gavriel (University of Technology Sydney)

1130 Mon RB5 Gavriel.pdf

Jason Gavriel UTS - AIP Abstract - Transversal Injection.pdf

37 Low Depth Parity Check Gate set for Quantum Error Correction

We build low depth parity check gate set such that these gates become the most natural gate for QEC implementation.By building gates that are fundamental to QEC rather than universal computation,we can boost the threshold and ease the experimental hardness.

Speaker: GOZDE USTUN (UNSW)

1145 Mon RB5 Ustun.pdf

Gozde_Ustun_AIP_2022_abstract.pdf

38 Experimental Analysis of State Injection for Error-Corrected Quantum Systems

How to experimentally investigate the fidelity of injected states for error-corrected quantum computing using the surface code and superconducting qubits. The injection method with the highest resultant fidelity minimises the need for resource-intensive state distillation.

Speaker: Anthony O’Rourke (The University of Technology Sydney)

1200 Mon RB5 O'Rourke.pdf

abstract_AIP_submission 2.pdf

39 Artificial Neural Network Decoding for the Surface Code

We have developed an artificial neural network decoding technique for large scale surface codes with complex boundaries suffering a variety of noise models.

Speaker: Spiro Gicev (University of Melbourne)

1215 Mon RB5 Gicev.pptx

AIPC_SG.pdf

AIP: Quantum Science and Technology: QST 2 - Quantum Semiconductors

Convener: Ben Sparkes (Defence Science and Technology Group)

40 Chiral transport of hot carriers in graphene in the quantum Hall regime

Quantum Hall systems are of broad interest as they cover low-dimensional quantum systems, strong charge correlations, and topological physics. Our results lead to a unified understanding of the relaxation processes in graphene over different magnetic field strength regimes.

Speaker: Prof. Glenn Solomon (University of Adelaide)

1100 Mon RB6 Solomon.pdf

Glenn Solomon - Abstract.pdf

Glenn Solomon - Bio.docx

Glenn Solomon - Headshot.jpg

41 Electronic Transport in Atomically Abrupt Semiconductor Tunnel Junctions

In this work we show the results of an atomistic tight-binding approach coupled with the Non-Equilibrium Green’s Function (NEGF) formalism when applied to phosphorus doped silicon tunnel junctions that can be manufactured with sub-nanometre accuracy.

Speaker: Matthew Donnelly

1130 Mon RB6 Donnelly.pptx

abstract.docx

42 No Tradeoff between Coherence and Sub-Poissonianity in Heisenberg-Limited Lasers

This work studies of families of laser models that exhibit both Heisenberg-limited beam coherence, and sub-Poissonian beam photon statistics. In particular, we investigate if imposing sub-Poissonian statistics comes at the expense of a reduction in the coherence.

Speaker: Prof. Howard Wiseman (Griffith University)

1145 Mon RB6 Wiseman.pdf

AIP_abstract_2022.pdf

43 Method for in-solution, high-throughput T1 relaxometry using fluorescent nanodiamonds

We have developed a measurement platform that can report the T1 spin lattice relaxation time from an ensemble of fluorescent nanodiamonds in solution. This platform can be used for rapid material characterisation and chemical sensing in a convenient cuvette-based approach.

Speaker: Erin Grant (The University of Melbourne)

1200 Mon RB6 Grant.pdf

ErinGrant_AbstractforAIPC2022.pdf

44 Identification and mitigation of quantum relaxometry temporal artifacts

In the practical implementation of relaxometry techniques, systematic errors arise in the quantum state preparation that need to be mitigated for the accurate monitoring of external stimuli. This talk presents strategies to address such limitations for practical applications.

Speaker: Ella Walsh

1215 Mon RB6 Walsh.pptx

EWalsh_AIP_abstract_submission.pdf

AIP: Theoretical and Mathematical: TMP 1

Convener: Margaret Reid (Swinburne University of Technology)

45 Entropy, and topological phase analysis in quantum simulations of the early universe with finite temperature effects

We present a numerical model of an early universe analog using a Bose-Einstein condensate, including temperature effects and topological properties. This may provide an insight into the particle-antiparticle asymmetry seen in our universe.

Speaker: Prof. Peter Drummond (Swiburne University of technology)

1100 Mon RB3 Drummond.pdf

Abstract_Early_Universe_AIPC2022.pdf

46 Surface gravity and information loss

Information loss in black hole evolution is one of the longest-running controversies in theoretical physics. However, the discordant properties of different generalisations of surface gravity reveal that the problem cannot be formulated self-consistently in semiclassical gravity.

Speaker: Sebastian Murk (Macquarie University and Sydney Quantum Academy)

1130 Mon RB3 Murk.pdf

AIPC-2022-Murk-Talk-Abstract.pdf

47 Scattering Amplitudes of Massive Spin-2 Kaluza-Klein Particles

Compactified extra dimensions are well motivated BSM candidates. I will talk about the behaviour of scattering amplitudes of Kaluza-Klein gravitons in both flat and warped extra dimensions and assess the range of validity of the low-energy effective Kaluza-Klein theory.

Speaker: Dipan Sengupta (University of Adelaide)

AIP_talk.pdf

48 Progress toward uncovering the spin of a vortex

By adopting a Maxwell-Einstein picture of a (2+1)-dimensional superfluid it is predicted that vortex quasi-particles (kelvons) posses an intrinsic spin. We examine the possibility of implementing topological non-abelian geometric phases on such kelvon spins.

Speaker: Emil Johansen

1200 Mon RB3 Johansen.pdf

AIP_abstract_Johansen.pdf

49 A possibilistic no-go theorem on the Wigner’s friend paradox

We demonstrate a logical no-go theorem on a version of the Wigner's friend thought experiment which strengthens previous device-independent no-go results and opens new questions on the interface of quantum foundations and modal logic.

Speaker: Marwan Haddara (Centre for Quantum Dynamics, Griffith University, Gold Coast, Queensland 4222, Australia)

1215 Mon RB3 Haddara.pptx

AIP_Haddara_Cavalcanti2022.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 1 - Advanced Fabrication 1

Convener: Heike Ebendorff-Heidepriem

50 Molten core fiber fabrication: Opening up the Period Table

This invited talk will discuss the molten core method for fabricating a wide variety of novel glassy and crystalline core optical fibers, exhibiting an equally wide variety of fascinating properties not previously known

Speaker: John Ballato

1100 Mon HallA Ballato.pptx

Abstract_Template_WSOF2022 - Ballato Invited.pdf

51 Laser-based drawing of optical fibre

This work explores using CO-laser heating to fabricate speciality optical fibre from unconventional materials. The unique temperature dynamics of this furnace demonstrated fine control of crystallisation in crystal-core glass-clad fibres.

Speaker: Clarissa Harvey (Royal Institute of Technology, Stockholm, Sweden)

1130 Mon HallA Harvey.pptx

Clarissa Harvey WSOF Invited.pdf

52 Silica Optical Fibres via 3D Printing Technologies

We report recent progresses and discuss key technical challenges in research and development of specialty silica optical fibres via 3D printing technologies.

Speaker: Gang-Ding Peng

1200 Mon HallA Peng.pptx

Gang Ding Peng WSOF Invited.pdf

12:30 Lunch and exhibition

Meetings: Australia and New Zealand Optical Society AGM

Meetings: Meeting of Department of Physics Heads

Focus Session: Unveiling Emergent Physics of Novel Functional Materials with Neutron Scattering 1

Convener: Dehong Yu

53 Manipulating Low Dimensional Quantum Spin Systems for Future Spintronic Technologies

In this talk I will discuss recent dynamic neutron scattering results from two natural minerals, linarite and atacamite, detailing the extent of our knowledge of these two copper oxide materials.

Speaker: Kirrily Rule (Australian Nuclear Science and Technology Organisation)

1400 Mon RB3 Rule.pptx

Abstract_KRule_NeutronFocusSession_AIPC2022.docx

54 Stability and Scaling Behaviour of Magnetic Skyrmions in Cu2OSeO3

The data provide new aspects about the scaling behavior of the skyrmion and helical distances. This offers new valuable information on the parameters in the spin Hamiltonian, which are responsible for the formation of the fascination quantum protected objects.

Speaker: Clemens Ulrich (The University of New South Wales)

1430 Mon RB3 Ulrich.pdf

AIP2022-CUlrich.docx

55 Kitaev magnets and the search for the long-sought spin liquid state

In this talk, I first introduce the Kitaev spin liquid and discuss its properties. I present some stunning features such as the formation of Majorana fermion Landau levels.

Speaker: Dr Stephan Rachel (University of Melbourne)

1500 Mon RB3 Rachel.pdf

Abstract_StephanRachel_NeutronFocusSession_AIPC2022.docx

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 3 - Optical Sensors 2

Convener: Jiawen Li (University of Adelaide)

56 Light interacting with the vacuum

OPTICA Vice-President Keynote Talk

Authors: Gerd Leuchs 1,2,3, Vsevolod Salakhutdinov 1, Margaret Hawton 4, Luis L. Sánchez-Soto 1,5

1 Max Planck Institute for the Science of Light, Erlangen, Germany
2 Friedrich-Alexander-Universität Erlangen-Nürnberg, Germany
3 Nexus for Quantum Technologies, University of Ottawa, Canada
4 Lakehead University, Thunder Bay, Canada
5 Universidad Complutense de Madrid, Spain

Abstract:
We treat the virtual particle-anti-particle pairs in the vacuum as two level quantum systems with a transition energy of 2mc^2, forming a dielectric and a diamagnetic. The approach describes the linear response explaining the parameters appearing in Maxwell's equations and also the nonlinear response. This phenomenological model is largely compatible with quantum field theory, without leading to divergencies. The approach provides novel insight into the ubiquitous vacuum medium.

Short Bio:
Gerd Leuchs studied physics at the Universities of Cologne and Munich. His PhD-thesis dealt with the fine structure splitting of sodium Rydberg atoms. He received the Habilitation degree at the University of Munich on multiphoton processes in atoms. After stays in the USA and Switzerland, Gerd Leuchs became full professor of physics at the University Erlangen-Nuremberg in Germany. Since 2009 he was director at the Max Planck Institute for the Science of Light and since 2011 he is professor adjunct at the University of Ottawa. He is member of the German and of the Russian Academy of Sciences and holds honorary degrees from Danish Technical University and St. Petersburg State University. He won the 2005 Quantum Electronics and Optics Prize of the European Physical Society and the 2018 Herbert Walther Prize, a joint award by Optica (formerly OSA) and DPG. In 2012 he was awarded the Cross of Merit of the Federal Republic of Germany and in 2018 he was appointed a member of Bavaria’s Maximilian Order. Currently (2022) he is vice-president of Optica. His research spans the whole range from classical to quantum optics, with emphasis on the limits of focussing, on photon-atom-coupling and on quantum noise reduction of light.

Speaker: Prof. Gerd Leuchs (Max Planck Institute for the Science of Light)

1400 Mon E2 Leuchs.pptx

57 Measuring Magnetic Fields at Arbitrary Frequencies with an Atomic Magnetometer

Calculating the Larmor precession phase evolution to measure magnetic fields at arbitrary frequencies with an Non-linear Magneto-Optical Rotation (NMOR) atomic magnetometer.

Speaker: Mr Kyle Netz (University of Adelaide)

1430 Mon E2 Netz.pptx

AIP Abstract.pdf

58 Diamond-glass nanoparticles for nanoscale quantum sensing

We model the effects of coating nanodiamonds with glass, to mitigate some of the particle-to-particle variability with as-received nanodiamonds by creating a more uniform spherical shape. Such new particles represent a new platform for multi-function quantum biosensing.

Speaker: Qiang Sun

1445 Mon E2 Sun.pptx

Diamond-glass nanoparticles for quantum sensing_submitted.docx

59 Wearable Optical Fibre Sensors for Physiological Measurements

We report on a polyurethane capillary fiber sensor that transduces body movements containing information of physiological parameters such as respiratory and pulse rates. We also investigate key factors, like transfer function, for successful system design.

Speaker: Simon Fleming

1500 Mon E2 Fleming.pptx

Abstract Rukhlenko.docx

60 Optimisation of a Fibre Laser Hydrophone for Marine Traffic Monitoring

Refinement and adaptation of the distributed feedback fiber laser based hydrophone for the remote monitoring of marine traffic is reported. Hydrophone bandwidth and multiplexing noise have been mitigated; a substantial increase in hydrostatic pressure compensation depth has been demonstrated.

Speaker: Alexei Tikhomirov (DSTG)

1515 Mon E2 Tikhomirov.pdf

Optimisation of FL Hyrdophone_Final_BW3459477 (002).docx

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 4 - Biophotonics 1

Convener: Judith Dawes (Macquarie university)

61 Calibration Methods for in vivo Microrheology with Rotational Optical Tweezers

Rotational Optical Tweezers provides a unique tool to perform dynamic microrheology of intracellular vesicles using an internalised vaterite microsphere. Here, we discuss the required calibration of trapping power and the probe radius for successful microviscometry.

Speaker: Mark Watson (The University of Queensland)

1400 Mon E3 Watson.pptx

MWatson AIP congress Abstract 2022.pdf

62 Optical Tweezers for IVF: an in vitro study of reproductive cells and their environment

Using optical tweezers for the better understanding of how the microrheology of reproductive cells and their local environment during in vitro procedures is correlated to embryo development, implantation success, pregnancy, and live birth.

Speaker: Carl Adrian Campugan (University of Adelaide)

1415 Mon E3 Campugan.pptx

Abstract_OpticalTweezers_ANZCOP2022_CC.pdf

63 Clinical translation of optical imaging for surgical guidance - from bench to bedside

This presentation will cover the translation of optical imaging to address challenges in endocrine surgery. Three different techniques will be used to (a) detect the parathyroid gland, (b) perfusion of the gland and (c) visualize the nerves during surgery.

Speaker: Prof. Anita Mahadevan-Jansen (SPIE President Elect)

64 Diagnosing Skin Lesions – Malignant & Benign – with Light

Skin and prostate cancer have quite high incidence rates in New Zealand, Australia and the rest of the world. Identifying suspicious tissue for diagnostic and biopsy is a core challenge for treating both of these diseases. Optical spectroscopy offers rich datasets to improve the identification of diseased tissue. This presentation will discuss our recent advances.

Speaker: Prof. Cather Simpson (The University of Auckland)

1500 Mon E3 Simpson.pptx

AIP: Relativity and Gravitation: ASGRG 2

Convener: Krzysztof Bolejko

65 The cautious tale of GW200129: mimicking binary black-hole spin-precession with detector noise

The gravitational-wave observation of GW200129 hinted at the presence of spin-precession - an important observation for understanding black-hole binary formation. We discuss how this observation may instead be attributed to noise transients in the gravitational-wave detectors.

Speaker: Mr Ethan Payne (California Institute of Technology)

GW200129 AIP Presentation.pdf

66 Black holes, white holes, wormholes: their geometry and physics

Black holes, white holes and wormholes can be treated in a unified fashion. Starting from two natural assumptions many of their properties, sometimes in conflict with the usual semiclassical expectations, can be obtained.

Speaker: Daniel Terno

1415 Mon RB2 Terno.pdf

AIP-terno-bh=022.pdf

67 Horizon Singularities and Energy Momentum Tensor Classification

Physical black holes are considered to be trapped regions bounded by the apparent horizon. Even though assuming that semi-classical physics is valid and curvature is not diverging there, other things suggest that the apparent horizon is a mildly singular surface.

Speaker: Ioannis Soranidis (Macquarie University)

1430 Mon RB2 Soranidis.pdf

Abstract-AIP-Ioannis Soranidis.pdf

68 Continuous Gravitational Waves from Young Neutron Stars

This talk focuses on work completed in adapting continuous gravitational wave search techniques, currently only sensitive to long lived stable neutron stars, to be suited to detecting young neutron stars with rapidly changing frequency.

Speaker: Ben Grace

1445 Mon RB2 Grace.pdf

Abstract.docx

69 Space-Time Inside a Star

Exact solutions to Einstein's field equations are notoriously difficult. In this work we obtain expressions for the metric tensor for the interior of a star, i.e., for static spherically symmetric space-times with positive and monotonically decreasing density and pressure.

Speaker: Samuel Drake (Flinders University)

1500 Mon RB2 Drake.pdf

70 Quantum signatures of a mass-superposed black hole

In quantum gravity, it is anticipated that there exist "quantum superpositions of spacetime". Here, I develop a framework for constructing such superpositions to analyse a mass-superposed black hole. My results corroborate Bekenstein's conjecture for the mass quantisation of black holes.

Speaker: Joshua Foo

1515 Mon RB2 Foo.pdf

AIP_Abstract__Black_Hole_Superposition.pdf

AIP: Atomic and Molecular Physics: ATMOP 2 - Superfluidity & vortex lattices

Convener: Sean Hodgman

71 Mutual friction and diffusion of two-dimensional quantum vortices

We present a microscopic theory of thermally-damped vortex motion in oblate atomic superfluids, providing a microscopic origin for the damping and Brownian motion of quantized vortices in two-dimensional atomic superfluids, which has previously been limited to phenomenology.

Speaker: Zain Mehdi (The Australian National University)

1430 Mon RB4 Mehdi.pptx

Abstract_ZMehdi_AIPC2022.docx

72 Vortex lattice nucleation in dipolar Bose-Einstein condensates

When subjected to a rotating magnetic field, the resulting precession of the dipole moments of a dipolar BEC imparts angular momentum to the system. We show how this can be used to generate vortex lattices, as observed in recent experiments.

Speaker: Prof. Andy Martin (University of Melbourne)

1445 Mon RB4 Martin.pdf

Sri_Abstract_Template_AIPC2022_Andy.docx

73 Machine learning optimised stirring of persistent currents in BECs

We apply machine learning methods to control and optimise the stirring protocol imposed on Rubidium-87 Bose-Einstein condensates in experiment. The optimisation allows for controlled generation of various persistent current states albeit with no universal optimum stirring parameters.

Speaker: Simeon Simjanovski (The University of Queensland)

1500 Mon RB4 Simjanovski.pptx

Simjanovski_Abstract_AIP_2022_Congress.pdf

74 Emergent Universal Drag Law in a Model of Superflow

We study the behaviour of drag in superfluids and observe the universal relation between the Reynolds number and drag coefficient in superflow. This establishes hydrodynamic scale invariance extends into the limit of quantum fluids.

Speaker: Maarten Christenhusz (University of Queensland)

1515 Mon RB4 Christenhusz.pptx

AIP_Abstract_2022.pdf

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 2 - Quantum Well Devices and Lasers

Convener: Antoni Rogalski (Military University of Technology)

75 High-Power Mid-IR Quantum Cascade Lasers grown by MOCVD

The growth of QCLs requires an understanding of the interfacial properties of the superlattice (SL) active region. Atomic probe tomography is used to elucidate the interfacial properties within the QCL, and incorporate these observed properties into advanced QCL designs.

Speaker: Prof. Luke Mawst (University of Wisconsin-Madison)

1400 Mon RB7 Mawst.pptx

abstract.pdf

76 Structural investigation on epitaxially grown CdTe/Sb2Te3 materials

In this work a 3D CdTe layer was grown on 2D Sb2Te3 nanosheets through molecular beam epitaxy, subsequently the heterostructure at the interface was studied by TEM, suggesting high quality epitaxial growth materials promising for applications in future optoelectronic devices.

Speaker: Xiao Sun (Curtin University)

CdTe on Sb2Te3_COMMAD2022_V3.docx

77 Hydration imaging with THz Quantum Cascade Lasers: Towards Precision Agriculture

Terahertz sensing holds promise for applications in precision agriculture due to the sensitivity of terahertz waves to hydration.
Here we present a laser-based terahertz imaging technique to evaluate temporal change of hydration in leaves.

Speaker: Prof. Aleksandar Rakić (The University of Queensland)

1445 Mon RB7 Rakic.pptx

Abstract_THz_Leaf_COMMAD2022_Mk2.pdf

78 Generation of Large-Scale Entanglement on Physical Quantum Devices

We generate and verify entanglement in sizeable multiqubit states prepared on IBM Quantum superconducting devices. We report the detection of whole-device bipartite entanglement on a 65-qubit quantum device and genuine multipartite entanglement over all qubits of a 27-qubit quantum device.

Speaker: Gary Mooney (University of Melbourne)

1500 Mon RB7 Mooney.pdf

Talk AIP Congress 2022 Abstract.pdf

79 Nanoscale-Engineered InGaN/GaN Quantum Wells via Machine Learning Design

We present the machine learning design of nanoscale-engineered InGaN-based QW with ten sublayers for enhanced performance based on a heuristic algorithm. Such a design approach can achieve significant improvements in the material gain characteristics and current density of QW.

Speaker: Nelson Tansu

Abstract_Wen_Liang_AIPC2022.docx

AIP: Nuclear and Particle Physics: NUPP 2

Convener: Derek Leinweber (CSSM, University of Adelaide)

80 Internal structure of the nucleon through global QCD analysis

We report on recent advances in reconstructing the internal quark and gluon structure of the nucleon through global QCD analysis of high energy scattering data.

Speaker: Wally Melnitchouk (Jefferson Lab)

1400 Mon HallC Melnitchouk.pptx

81 Studying the role of multi-parton interactions in the production of doubly-heavy hadrons in proton-proton collisions

The beauty and charm quarks are ideal probes of perturbative Quantum Chromodynamics, owing to their large masses. The formation of hadrons from quarks produced in different parton-parton interactions within the same proton-proton collision is studied using doubly-heavy hadrons.

Speaker: Tom Hadavizadeh (Monash University (AU))

1430 Mon HallC Hadavizadeh.pdf

AIP_abstract.pdf

82 Low-lying Odd-parity Nucleon Resonances in Hamiltonian Effective Field Theory

By performing a combined analysis of data from pion-Nucleon scattering experiments with first-principles calculations from lattice QCD, we gain insight into the composition and structure of the low-lying odd-parity Nucleon resonances.

Speaker: Curtis Abell

cabell_AIP22_abstract.pdf

CAbell_AIP22_Presentation.pdf

83 The Compton amplitude and structure functions of the nucleon

I focus on the QCDSF/UKQCD/CSSM lattice collaboration's advances in calculating the forward Compton amplitude of nucleon via an implementation of the second-order Feynman-Hellmann theorem. I highlight our progress on investigating the low moments of (un)polarised structure functions of the nucleon.

Speaker: K. Utku Can (The University of Adelaide)

1500 Mon HallC Can.pdf

abs_ucan.pdf

84 The Role of Vector Boson Fusion in the Production of Heavy Vector Triplets at the LHC and HL-LHC

Pertaining to the analysis of heavy vector production at the LHC, this project focuses on vector boson fusion as the dominant production channel for heavy vector triplets and presents limits within the relevant parameter space.

Speaker: Mr Timothy Martonhelyi (School of Physics, The University of Melbourne, Victoria 3010, Australia)

1515 Mon HallC Martonhelyi.pdf

Timothy_Martonhelyi_Abstract_for_submission_to_AIPC_Dec_2022.pdf

AIP: Quantum Science and Technology: QST 3 - Quantum Computing 2

Convener: Bob Coecke (Quantinuum Ltd.)

85 Quantum computed moments – applications and prospects

The immediate prospects of solving real-world problems on near-term Noisy Intermediate Scale Quantum hardware is largely dictated by device noise/errors. We have developed an alternative approach to error mitigation strategies based on quantum computed moments to improve energy/cost function results.

Speaker: Lloyd Hollenberg

1400 Mon RB5 Hollenberg.pptx

Lloyd Hollenberg - Abstract.docx

Lloyd Hollenberg - Bio.docx

86 Coherent magnetic and electric control of a single spin-7/2 donor atom in silicon

High spin donor atoms are objects of interest in semiconductor quantum architectures due to their large Hilbert space dimensionality. Here we demonstrate high fidelity coherent control over the 16-dimensional Hilbert space of a single 123-Sb atom implanted in silicon.

Speaker: Arjen Vaartjes (PhD student)

1430 Mon RB5 Vaartjes.pptx

Abstract_AIPC2022 Arjen_Vaartjes_AM.pdf

87 Deterministic ion implantation of donor spin qubits

The deterministic implantation of single donors in silicon is realised using ion beam induced charge detectors. This will enable the fabrication of arrays of donor spin qubits, required to scale up the promising quantum computing platform of donors in silicon.

Speaker: Dr Danielle Holmes (UNSW, Sydney)

1445 Mon RB5 Holmes.pptx

Danielle Holmes Abstract_AIP2022.docx

88 Analog Control of the Diamond Quantum Processor

Different methods for compiling analog quantum control pulses for the diamond quantum processor, speed and error benefits of using analog control, and semi-analytical optimisation of analogue control pulses.

Speaker: Sophie Stearn (The Australian National University)

1500 Mon RB5 Stearn.pdf

Abstract_SCStearn_AIP_Congress_2022.pdf

89 Expected Trapped-Ion Fast Gate Performance with Ultrafast Pulsed Lasers

Fast two-qubit phase gates with trapped-ions are feasible with an expected gate fidelity of 77.8% using a sequence of our ultrafast picosecond laser $\pi$-pulses. Such sub-microsecond gate operations support the development of scalable quantum computers.

Speaker: Kenji Shimizu (Griffith unversity)

1515 Mon RB5 Shimizu.pptx

AIPcongress2022_KENJI.pdf

avatar.svg

AIP: Quantum Science and Technology: QST 4 - Quantum Optics

Convener: Glenn Solomon (University of Adelaide)

90 Conceptual understanding enabled by efficient automated design of quantum optical setups

Artificial intelligence is a powerful tool for science, but an important question is how to extract true scientific understanding. We present a method that enables new understanding, and demonstrate its application to quantum photonics.

Speaker: Dr Nora Tischler (Centre for Quantum Dynamics, Griffith University, Brisbane, Australia)

NTischler_abstract_final.pdf

91 Gaussian Boson Sampling experiments with displacements and time-bin encoding

Gaussian Boson Sampling (GBS) is a prominent model of quantum computing. We experimentally demonstrate both GBS with displacements and with time-bin encoding for the first time. The latter is used to search for dense sub-graphs.

Speaker: Raj Patel (Imperial College London)

Abstract_Template_AIPC2022.pdf

92 Channel correction via heralded amplification

We employ heralded amplification and quantum state teleportation to implement a channel capable that corrects for loss in quantum communication. Our channel genuinely outperforms direct transmission through high amount loss without relying on postselection.

Speaker: Sergei Slussarenko

1445 Mon RB6 Slussarenko.pptx

Abstract_Template_AIPC2022.pdf

93 Noise mitigation via a quantum autoencoder

Quantum autoencoders use machine learning techniques to compress quantum data and are predicted to be useful for noise mitigation. Our ongoing work aims to experimentally demonstrate denoising of four-dimensional quantum states.

Speaker: Nora Tischler

Abstract__AIPC2022_Noise mitigation via a quantum autoencoder_Dominick_Joch.pdf

94 New Methods for Noiseless Linear Amplification and Quantum Teleportation of Multiphoton Quantum States

We discovered a new practical method of perfectly amplifying and teleporting multiphoton light. It is shown to be better than established alternatives. This type of amplifier is useful for a huge variety of quantum technologies.

Speaker: Joshua Guanzon (The University of Queensland)

1515 Mon RB6 Guanzon.pdf

AIPC2022_Abstract.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 2 - Fibre Sensing 1

Convener: Michel Digonnet (Stanford University)

95 Sensing Figures of Merit for Terahertz Photonic Light Cages

We discuss Figures of Merit for quantifying the sensing performance of hollow-core terahertz light cages with respect to free space propagation. Our results point to light cages as a way of improving terahertz phase sensing capabilities.

Speaker: Alessandro Tuniz (The University of Sydney)

1400 Mon HallA Tuniz.pptx

AIP_ANZCOP_WSOF_Light _Cage.pdf

96 Polymer Fiber Bragg Grating-embedded Artificial Skin for Tactile Force Detection and Contact Localization of Robotic Fingers

A tactile sensitive silicone-based artificial skin is fabricated on a fingertip model with embedded ZEONEX-based polymer Bragg gratings. Through tactile force feedback and the aid of machine learning, contact localization throughout the fingertip is achieved.

Speaker: Mr Chern Yang Leong (The Hong Kong Polytechnic University)

1430 Mon HallA Leong.ppsx

WSOF_Abstract CYLeong.pdf

97 Fibre-based Optomechanical Acoustic Sensing

I will outline recent work towards developing a nanometer sized acoustic sensor based on 1D photonic crystals, which can be used for fibre-based optomechanical acoustic sensing.

Speaker: Lauren McQueen

1445 Mon HallA McQueen.pdf

McQueen_L AIPC2022 Abstract _FINAL_pdf.pdf

98 Exploiting complex light transmission in multimode optical fibre for distributed sensing

We exploit the complex nature of light transmission through multimode fibre for distributed fibre temperature sensing. This is achieved by training a regression deep neural network for extracting distributed temperature information from fibre wavelength spectra.

Speaker: Darcy Smith (Future Industries Institute, University of South Australia)

1515 Mon HallA Smith.pdf

WSOF_2022_abstract_DLS.docx

15:30 Afternoon tea

Army Quantum Tech Workshop

1600 Mon RB2 Army Quantum Tech Workshop.pdf

Focus Session: Unveiling Emergent Physics of Novel Functional Materials with Neutron Scattering 2

Convener: Kirrily Rule (Australian Nuclear Science and Technology Organisation)

99 Form and function: magnetic excitations in strongly correlated electron systems

In this talk I will present work on the magnetic excitations of two contrasting strongly correlated electron systems.

Speaker: Siobhan Tobin (University of Oxford)

1600 Mon RB3 Tobin.pptx

Tobin_abstract_AIPC2022.docx

100 From time crystals to time glasses

Here I briefly develop a theory of the experimental signature of a hypothetical time-crystal using neutron spectroscopy as a probe of the coherent dynamics in a lattice system, assuming a suitable driving mechanism such as intense terahertz light.

Speaker: David Cortie

1630 Mon R3 Cortie.pptx

Abstract_Template_AIPC2022_Cortie_FromTimeCrystalsToTimeGlasses.docx

101 Correlation of polar functionality and structure dynamics of metal-organic framework perovskites

To reveal the critical role of the A-site molecular ions in the polarization-related properties, we investigate three MOFPs that have the same Mg(HCOO)3− frameworks with different molecular ions: [CH3NH3][Mg(HCOO)3] (MA-MOF), [(CH3)2NH2][Mg(HCOO)3] (DMA-MOF), and [C(NH2)3][Mg(HCOO)3] (GUA-MOF).

Speaker: Teng Lu (Research School of Chemistry, The Australian National University, Canberra, ACT, Australia)

1700 Mon R3 Lu.pptx

Correlation of functionality and structure dynamics of MOF materials_TL.docx

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 5 - Atom Optics

Convener: Halina Rubinsztein-Dunlop (The University of Queensland)

102 From Atom Mirrors to Atom Chips to Time Crystals

We present an overview of recent research in our Atom Optics lab, including the development of magnetic optical elements for manipulating beams of ultra-cold atoms, magnetic microstructures, and time crystals using ultra-cold atoms bouncing on an atom mirror.

Speaker: Prof. Peter Hannaford (Optical Sciences Centre, Swinburne University of Technology, Hawthorn, Victoria 3122, Australia)

1600 Mon E2 Hannaford.pptm

Beattie abstract v3 Invited talk_Hannaford_ANZCOP2022.pdf

103 Spin entanglement of a thermal atomic pair in an optical tweezer

We study spin-exchange collision as a route to thermally robust entanglement of two atoms in a microtrap. For probing it, we perform a Hong-Ou-Mandel experiment in which a Raman transition pulse plays the beam splitter role and compare with simulation.

Speaker: Lucile Sanchez

1630 Mon E2 Sanchez.pptx

ANZCOP22.pdf

104 Statistics of Light Emitted from Ultra-Strongly Coupled Quantum Systems

In this work, we show that light emitted from generic Ultra-Strongly Coupled system demonstrates suprising, unbounded strong bunching of photons. We explain the origin of this effect, its dependence on driving mechanism, and discuss potential applications.

Speaker: Mikolaj Schmidt (Macquarie University)

schmidt_usc_sub.docx

105 Development of a Compact Clock for Small Satellite Applications

We report upon a prototype optical clock using a two-colour two-photon transition in Rubidium, toward developing a compact alternative for the next generation GNSS.

Speaker: Emily Ahern

1715 Mon E2 Ahern.pptx

ahern_AIP.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 6 - Biophotonics 2

Convener: Irina Kabakova (University of Technology Sydney)

106 Hyper-spectral imaging methodology for classification of embryo metabolism

We present an optical methodology for classifying embryo metabolism based on hyper-spectral imaging and artificial intelligence. It successfully distinguishes oocytes from old and young mice and control from metabolically altered embryos, with potential to empower embryologists in in-vitro fertilization clinics.

Speaker: Dr Denitza Denkova (Institute for Bioengineering of Catalonia (IBEC))

1600 Mon E3 Denkova.pptx

Denitza Denkova_AIPC2022_HS_final.docx

107 Towards pH Sensing in Hybrid Silk Materials for Wound Healing Applications

Research into a novel silk-hybrid material with capabilities of detecting pH changes in wound fluid via fluorescence spectroscopy may be implemented to assist in early detection of wound infection.

Speaker: Laura Hung

1630 Mon E3 Hung.pptx

Laura AIPC2022 Abstract.pdf

108 A wireless camera based optical elastography probe towards intraoperative breast cancer detection

We present a compact, wireless imaging probe using a cost-effective camera-based technique, stereoscopic optical palpation, towards intraoperative tumour assessment for breast cancer surgery. This probe could help surgeons effectively remove cancer during the operation, reducing the need for follow-up surgery.

Speaker: QI FANG (The University of Western Australia)

1645 Mon E3 Fang.pptx

ANZCOP2022_Fang_Abstract.pdf

109 Real-Time Imaging of Nanoparticle Transcytosis in a Microfluidic Blood–Brain Barrier Model

We have developed a nanoparticle tracking method for direct observation of the in-vitro BBB penetration process, enabling in-depth studies of the mechanisms and pathways for nanoparticle agents to penetrate the blood-brain barrier.

Speaker: Yueying Cao

1700 Mon E3 Cao.pdf

Abstract_ANZCOP2022_YC_22Nov.docx

Abstract_ANZCOP2022_YC_22Nov.pdf

110 Smart silk membrane: Hybrid optical platform for wound sensing applications

Our work aims to develop a naturally extracted, transparent silk fibroin dressing, integrated with temperature and pH sensors, capable of monitoring early signs of infections, healing disruptions and scar formation via light-based measurements.

Speaker: Dr Asma Khalid (RMIT University)

1715 Mon E3 Khalid.pptx

Abstract_Asma Khalid_AIPC2022v3.pdf

AIP: Atomic and Molecular Physics: ATMOP 3 - Atomic clocks

Convener: Jacinda Ginges

111 There and Back Again: Demonstration and Future of an Optical Atomic Clock Beyond the Laboratory

Optical atomic clocks combined with the proliferation of compact optical frequency combs, offer higher inherent timing stability versus their current microwave counterparts. We detail the development and demonstrations of our portable optical atomic clock technology with bespoke comb outside the laboratory under rugged conditions, and outline future directions.

Speaker: Sarah Scholten (Institute for Photonics and Advanced Sensing, University of Adelaide)

Invited talk_SarahScholten_AIPC2022_Final2.pdf

112 New optical clocks based on Cu II, Yb III, Hf II, Hf IV, and W VI ions which may be used to search for dark matter and variation of the fine structure constant

• Study metastable excited states for these ions as clock transitions in optical clocks.
• Calculating several atomic properties.
• CI+SD and CIPT methods are used.
• Black body radiation (BBR) found 10^-16-10^-18.
• The enhancement coefficient reached K= 8.3.

Speaker: Saleh Allehabi

1630 Mon RB4 Allehabi.pptx

Saleh_Abstract.pdf

113 Carrier-Envelope-Phase Effect for Multiphoton and Tunneling Excitation

We investigate excitation of atoms using extremely short pulses of light with intensities above $10^{14}$ W/cm$^2$. The carrier-envelope-phase of the pulse modifies the interaction and marks a change in the dynamics.

Speaker: Rohan Glover (The University of Adelaide)

1645 Mon RB4 Glover.pptx

AIP2022_Glover_SFE.tex

114 Radiokrypton Dating using Atom Trap Trace Analysis

Radioactive Noble Gas isotopes are ideal tracers of environmental processes. Due to their low abundances, a lack of measurements is a limitation in climate modelling. We present progress towards an Atom Trap Trace Analysis (ATTA) facility for overcoming this limitation.

Speaker: Thomas Chambers (University of Adelaide)

1700 Mon RB4 Chambers.pptx

AIP_2022_Abstract.pdf

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 3 - New Materials Growths and Device Fabrications

Convener: Deb Kane

115 Solid-state Nanopore: A Nanoelectronic Sensor for Single-Molecule Diagnostics

We present single-molecule level sensing of biomarkers by a solid-state nanopore sensor, a next-generation nanoelectronic sensor, as a diagnostic tool at ultra-low concentrations and volumes. We are now exploring protocols to operate in complex samples like blood and saliva.

Speaker: Dr Buddini Karawdeniya (Australian National University)

1600 Mon RB7 Karawdeniya.pdf

116 High performance HgCdTe Infrared Photodetectors for Sensing Applications

We present high performance HgCdTe infrared photodetectors for sensing applications in the mid-wave spectral band of 3~5 μm based on the n-on-p technology.

Speaker: Nima Dehdashti (University of Western Australia)

1630 Mon RB7 Dehdashti.pptx

Abstract_nima_commad2022.pdf

117 Fabrication challenges towards realization of MEMS-enabled spectrally tunable metasurface filter for long-wavelength infrared

We discuss fabrication challenges to realize plasmonic MEMS-enabled tunable LWIR filter consisting of a suspended perforated gold membrane with a vertically actuated thin silicon structure above it.

Speaker: Oleg Bannik (The University of Western Australia)

1645 Mon RB7 Bannik.pptx

abstract_COMMAD.pdf

118 Fabrication of MEMS Silicon Nitride Photonic Switch

In this paper, we present the proof of concept of a fast silicon nitride photonic switch with MEMS actuation by using conventional lithography. Fabrication and optical characterisation of the device have been demonstrated successfully.

Speaker: Shubhashree Swain (PhD Candidate, The University of Western Australia)

COMMAD Abstract-Shubhashree1.docx

119 Engineering of Solid-State Random Lasing in Nanoporous Photonic Crystals

Engineering of randome lasing in nanoporous photonic crystals

Speaker: Abel Santos

1715 Mon RB7 Santos.pdf

Abstract_Template_AIPC2022 (Abel Santos).docx

AIP: Nuclear and Particle Physics: NUPP 3

Convener: Nicole Bell

120 Weak charge of the proton

We report on a recent determination of the weak charge of the proton in parity-violating electron–proton scattering. The result is in excellent agreement with the standard model prediction, providing bounds on new physics interactions at the multi-TeV mass scale.

Speaker: Ross Young

1600 Mon HallC Young.pdf

Young_AIPC2022.pdf

121 Impact of nuclear structure on nuclear responses to WIMP elastic scattering

We highlight the potential uncertainties that may arise from the nuclear components of WIMP-nucleus scattering amplitudes, due to nuclear structure theory within the framework of the nuclear shell model.

Speaker: Cedric Simenel

1630 Mon HallC Simenel.pdf

Abstract_Simenel_Dark_Matter_AIPC2022.pdf

122 The Quark-Gluon Interactions in Low Energies

The quark-gluon vertex is an important ingredients of one of the strong interaction. It is an essential ingredient in functional approaches to nonperturbative quantum chromodynamics. We will summarise the latest developments in quark-gluon vertex and its implications in hadron physics.

Speaker: Ayse Kizilersu (University of Adelaide)

1645 Mon HallC Kizilersu.pdf

123 B Meson Flavour Tagging via Quantum Machine Learning

We investigate employing quantum machine learning algorithms for B meson flavour tagging, an important component of the experiments at Belle-II which study heavy quark mixing, CP violation and the matter-antimatter asymmetry of the universe.

Speaker: Maxwell West

1700 Mon HallC West.pdf

qsvmAbstract_Template_AIPC2022.pdf

124 Direct measurement of hexacontatetrapole, E6 γ decay from Fe-53m

This presentation describes an experimental study of the highest-multipole transition known in nature$-$the proposed E6 $\gamma$-decay of $^{53m}$Fe$-$ and attempts to understand this rare process through Shell Model calculations performed in the full fp-shell model space.

Speaker: AJ Mitchell

1715 Mon HallC Mitchell.pdf

AIP: Quantum Science and Technology: QST 5 - Quantum Computing 3

Convener: Dr Ben Travaglione (DSTG)

125 Recent breakthroughs in optical quantum computing with continuous variables

Optical quantum computing with continuous variables offers the tantalising promise of room-temperature operation and vast scalability. Here I present an overview of recent key advances in scalability and fault tolerance with this platform.

Speaker: Nicholas Menicucci (Centre for Quantum Computation and Communication Technology, School of Science, RMIT University, Melbourne, VIC 3000, Australia)

1600 Mon RB5 Menicucci.pdf

Nicolas Menicucci - Abstract.pdf

126 Streamlined quantum computing with equivalent gate noise on macronode cluster state architectures

Cluster states in continuous-variable quantum computing come in various configurations. The authors demonstrated a significant drop in the required quality of a particular configuration. Here, we also present those improvements in other configurations.

Speaker: Blayney Walshe (Centre for Quantum Computation and Communication Technology, School of Science, RMIT University, Melbourne, VIC 3000, Australia)

1630 Mon RB5 Walshe.pdf

Walshe_AIP_Abstract.pdf

127 Quantum algorithm for time-dependent differential equations using Dyson series

We provide a quantum algorithm for time-dependent differential equations with only logarithmic dependence on the error and derivative. It can be applied to discretised partial differential equations for simulation of classical physics.

Speaker: Dominic Berry (Macquarie University)

1645 Mon RB5 Berry.pdf

Berry_Dyson.pdf

128 Algorithms for quantum non-Markovianity

We provide a suite of methods to discover the causal model of a quantum process. It is the first complete toolkit for quantum causal discovery, taking into account experimental and computational limitations.

Speaker: Christina Giarmatzi (University of Technology Sydney)

1700 Mon RB5 Giarmatzi.pdf

Abstract_Template_AIPC2022.pdf

AIP: Quantum Science and Technology: QST 6 - Vacancy Centres

Convener: Ben Sparkes (Defence Science and Technology Group)

129 Diamond-based quantum sensors for in situ monitoring of spin active chemical species in molecular structures and single particles

Nitrogen Vacancies in diamond nanoparticles are employed for in situ monitoring of the magnetic state of photomagnetic materials down to the single particle level, the stability of molecular cages containing atomic Nitrogen, and spin active products of photocatalysis.

Speaker: Melissa Mather (University of Nottingham)

1600 Mon RB6 Mather.pptx

Abstract_AIPC2022.pdf

130 Towards compact quantum diamond nuclear magnetic resonance spectrometers

We measure NMR signals via their modulation of the NV spin-state dependent red photoluminescence intensity using a time-resolved quantum heterodyne detection scheme.

Speaker: Sepehr Ahmadi

1615 Mon RB6 Ahmadi.pdf

SepehrAhmadi_QuantumDiamondNMR.pdf

131 Quantum sensing with diamond spin maser at room-temperature

We present the theoretical study of diamond spin maser magnetic field sensor’s limitations considering a detailed photo-physics of the spins. We also present our progress towards the experimental realization of such a sensor.

Speaker: Sarath Raman Nair (ARC Centre of Excellence for Engineered Quantum Systems and School of Mathematical and Physical Sciences, Macquarie University, Australia)

1630 Mon RB6 Raman Nair.pptx

Abstract_AIPC2022.pdf

132 An Optimised Spin Readout Scheme for Quantum Sensors Based on Nitrogen Vacancy Centres in Diamond

We investigate the photo-physics of the nitrogen vacancy centre to improve the optical readout fidelity by designing a new decomposition technique to extract spin state information.

Speaker: Di Wang (University of Melbourne)

1645 Mon RB6 Wang.pptx

Abstract_Di_AIPC2022.docx

133 Extending the low-frequency limit of qubit noise spectroscopy beyond the inverse dephasing time

We propose and demonstrate a novel spectroscopy method on donor spin qubit in silicon, which resolves the challenge of low frequency noise estimation with fine resolution

Speaker: Xi Yu (University of New South Wales)

1700 Mon RB6 Yu.pptx

AIP22_abstract.pdf

134 The bound-hole state of the NV- center in diamond

In this work, we introduce a semi-ab initio method for modelling the bound-hole states of the negatively-charged NV center (NV-). Our semi-ab initio approach can be readily adapted to other deep defects in semiconductors.

Speaker: YunHeng Chen (Australian National University)

1715 Mon RB6 Chen.pdf

YunHeng_Chen_AIPC2022.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 3 - Fibre Lasers 1

Convener: Clemence Jollivet (Coherent-nufern)

135 Can we produce high power visible light using doped silicate fibre?

There is growing interest in developing visible light-emitting fibre lasers. Currently, they rely on fluoride-fibre but for some transitions silicate fibre may be suitable. Here I review silicate-based fibre lasers and offer ideas for allowing them to generate visible light.

Speaker: Prof. Stuart Jackson (Macquarie University)

1600 Mon HallA Jackson.pptx

Stuart Jackson WSOF Invited.pdf

136 Characterisation of Erbium-Doped DFB Lasers Pumped Resonantly at 1480 – 1540 nm

Energising and interrogating distributed feedback fibre laser hydrophones in remote deployment scenarios requires management of the propagation loss, optical nonlinearity and judicious selection of the pump wavelength. We characterise the system for a range of pump wavelengths spanning from 1480-1540nm.

Speaker: Nikita Simakov (DSTG)

1630 Mon HallA Simakov.pdf

DFB_simakov.docx

137 A 10 W narrow-linewidth thulium fibre master oscillator power amplifier

We describe the development of ultra-stable single-frequency 10W thulium fibre master oscillator power amplifiers at wavelengths between 1900nm and 2050nm, for gravitational wave detection. Environmental isolation and minimal wavelength drift is achieved using a two-stage temperature-controlled mount.

Speaker: Ms Georgia Bolingbroke (University of Adelaide)

1645 Mon HallA Bolingbroke.pdf

ANZCOP_2022_abstract_Georgia.pdf

138 Active Nanostructured Core Fiber for Two-Color Fiber Laser

We present the experimental study of active nanostructured fiber devoted to simultaneous laser emission at two wavelengths, 1040 nm and 1534 nm. The fiber core is formed with two types of nanorods doped with ytterbium and erbium ions.

Speaker: Ryszard Buczynski

1700 Mon HallA Buczynski.pptx

Abstract_AIPC2022_Buczynski_Active_Fiber_FINAL.pdf

Public lecture: Tamara Davis

139 Cosmological Conundrums and the Dark Side of the Universe

What is expanding space? What came before the big bang? Is there an edge to space? What’s beyond the horizon of a black hole? What can the amazing images from the James Webb Space Telescope tell us?

When I'm having a chat with family and friends, these are the questions I’m asked.

So upgrade your repertoire for cocktail party conversation by learning about these and other cosmological conundrums. You’ll deep dive into the foundations of our cosmological model, mixed in with the latest updates on dark energy, black holes, and gravitational waves.

Speaker: Tamara Davis (University of Queensland)

Tuesday 13 December

07:30 DE-GAP Breakfast

Plenary: Plenary 2

Convener: Warwick Bowen (The University of Queensland)

140 Silicon Photonic Quantum Computing – Towards Large-scale Systems

Many efforts around the world are now pursuing the ambitious goal of utility-scale, fault-tolerant quantum computing. Consistent themes are emerging across the field, as teams attempt to scale from existing small systems to the millions of qubits needed for useful applications. Systems partitioning, manufacturability, cooling power, networking, and control electronics are recurring challenges across all qubit technologies.

PsiQuantum has pursued a photonic approach, based on qubits implemented using optical photons propagating in lithographically fabricated waveguides. In this talk we will give a broad overview of recent technical progress, framed against these major scaling challenges. We will describe progress at the micro, meso, and macro-scale, including high-throughput test, semiconductor manufacturing, device performance, integration, packaging, control, and cryogenic systems. We will also present new architectural results pertaining to fault-tolerant compilation.

Speaker: Prof. Jeremy O'Brien (University of Western Australia and PsiQuantum)

141 From Quantum in Pictures to practical Natural Language Processing, Music, and understandable AI

This talk requires no particular technical mathematics background, as I will talk entirely in terms of simple pictures. These are the pictures of my new book, "Quantum in Pictures" [1], which is aimed at the teenage enthusiast, and pretty much everyone else too - the book had a more technical predecessor [2].

One finds the same pictures in natural language, and much of the high-level reasoning that goes on in our brain can be shaped according to those pictures. One consequence of this is that natural language really wants to live on a quantum computer, which is something that we meanwhile realised [3], and we have also made music with quantum computers [4]. All our software developed for doing so, lambeq and Quanthoven respectively, is freely available from GitHub, open-source, and well-documented and well-supported. You can have a go yourself!

We show how these pictures also guide us towards a new form of natural language, one in which different languages all become the same. This in turns forms a new template for interpretable compositional AI.

[1] Bob Coecke and Stefano Gogioso (December 2022) Quantum in Pictures. Quantinuum Pubs.

[2] Bob Coecke and Aleks Kissinger (2017) Picturing Quantum Processes. Cambridge University Press.

[3] https://www.forbes.com/sites/moorinsights/2021/10/13/cambridge-quantum-makes-quantum-natural-language-processing-a-reality/

[4] https://thequantuminsider.com/2021/11/19/roll-over-quanthoven-can-quantum-computers-be-programmed-to-become-quantum-composers/

Speaker: Prof. Bob Coecke (Quantinuum Ltd.)

0945 Tue HallC Coecke.pdf

10:30 Morning tea

Focus Session: Metaphotonics and Metasurfaces 1

Convener: Sergey Kruk (Australian National University)

142 Chiral BIC Metaphotonics

We experimentally realize intrinsic chiral metasurfaces where the engineered slant geometry breaks both in-plane and out-of-plane symmetries. Our result achieves intrinsic chiral bound states in the continuum with near-unity CD of 0.93 and quality factor exceeding 2300 for visible frequencies.

Speaker: Prof. Cheng-Wei Qiu (National University of Singapore)

1100 Tue RB2 Qui.ppt

143 Graphene metamaterials for integrated photonic devices

We developed scalable graphene metamaterials that show attractive optical and thermal properties. Through patterning with advanced laser nanoprinting technique, functional photonic devices with ultrathin, light weight and flexible nature have been demonstrated promising exciting opportunities for integrated photonics.

Speaker: Prof. Baohua Jia (RMIT University)

1130 Tue RB2 Jia.pptx

Invited talk_Template_2022-Baohua Jia.pdf

144 Programmable Metasurfaces by Electrically Driven Transparent Micro-Heaters

We demonstrate for the first time the programmable tuning of dielectric inverse-designed metasurfaces made of silicon by electrically driven transparent micro-heaters. This approach made sub-millisecond switching time and individually tuning metasurfaces possible.

Speaker: Khosro Zangeneh Kamali

1200 Tue RB2 Zangeneh Kamali.pptx

Abstract_ANZCOP2022.pdf

145 Lattice-induced optical chirality in all-dielectric resonant metasurfaces

We present a novel direction to enhance and control the degree of chirality in silicon-on-silica metasurfaces via an interplay between the nanoresonator symmetry and the symmetry of the metasurface lattice.

Speaker: Mr Piyush Jangid (Australian National University)

1215 Tue RB2 Jangid.pptx

AIP_Abstract_PiyushJangid.docx

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 7 - Fibre and Communtications

Convener: Simon Fleming

146 Dispersion-diversity optical fibers

Beyond high-capacity communications, space-division multiplexing fibers bring many advantages to optical and microwave signal processing, as not only space but also chromatic dispersion are introduced as new degrees of freedom.

Speaker: Prof. Ivana Gasulla (ITEAM Research Institute, Universitat Politècnica de València, Valencia, 46022, Spain)

Invited talk_Ivana_Gasulla__ANZCOP2022.pdf

147 Spatial and Spectral High-Speed Optical Fibre Characterization

We built an apparatus that measures high-speed spectrally resolved mode transmission matrices. The field and modal coefficients were extracted at 3.8KHz, four times faster than the acquisition rate. This speed enables potential applications such as real-time imaging though multimode fibres.

Speaker: Marcos Maestre Morote

1130 Tue E2 Maestre Morote.pptx

ANZCOP2022_SpatialSpectral_HighSpeed_MTM_Marcos_final.pdf

148 Lunar Communications with the ANU Optical Ground Station

We report on development of a transmitter and receiver for lunar optical communications. The instruments will be installed on the ANU Optical Communications Ground Station (OCGS) at Mt Stromlo Observatory in Canberra, Australia.

Speaker: Michael Copeland (Australian National University)

1145 Tue E2 Copeland.pptx

AIP2022-Abstract-MichaelCopeland.pdf

149 An Ultra-sensitive Fibre Frequency Reference for Short-term Laser Stabilisation

We present an all-optical-fibre frequency reference with a state-of-the-art short-term stability of 0.1 Hz/$\sqrt{\text{Hz}}$, limited by double Rayleigh backscattering. The system also reaches the fibre thermal noise limit at infrasonic frequencies.

Speaker: Dr Chathura Bandutunga (Australian National University)

1200 Tue E2 Bandutunga.pdf

AIP_Anzcop_FFR_YaZ_final.pdf

150 Annealing effects in femtosecond laser-inscribed mid-infrared fibre Bragg gratings

Annealing effects in femtosecond laser-inscribed mid-infrared compatible fibre Bragg gratings (FBGs) are investigated via micro-reflectivity measurements. A process window for the fabrication of FBGs with improved thermal stability is identified.

Speaker: Alex Fuerbach (Macquarie University)

1215 Tue E2 Fuerbach.pptx

ANZCOP_abstract_2022_one_page_final.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 8 - Quantum Optics 1

Convener: Sejeong Kim (University of Melbourne)

151 Towards room temperature quantum squeezing of a mechanical resonator

Room temperature optomechanical squeezing would enable many applications in sensing and quantum computing. However, decoherence makes this challenging. I will present work which show large suppression of decoherence at low mechanical frequencies, opening a path towards room temperature quantum technologies.

Speaker: Prof. Warwick Bowen (University of Quensland)

1100 Tue E3 Bowen.pdf

152 Silicon photonics with T centre spin-photon devices

Spin-photon devices for on-chip silicon photonic quantum networks are demonstrated using the silicon T centre, a spin photon interface boasting long-lived spin qubits and spin-resolving optical transitions in a telecommunications band.

Speaker: Daniel Higginbottom

1130 Tue E3 Higginbottom.pdf

Daniel Higginbottom_AIP congress_abstract.pdf

153 Optically detected spin transitions in an Er-doped whispering-gallery resonator

We present an erbium-doped optical resonator with a quality factor of $10^8$ and up to 1.2GHz of coupling to an optical transition. By probing the optical resonances we can measure the erbium's response to microwave excitation of its spin transition.

Speaker: Luke Trainor (University of Otago)

1145 Tue E3 Trainor.pdf

Trainor_ANZCOP22_Abstract.pdf

154 The Hanbury Brown and Twiss experiment as a tool for emitter localization

By simulating the Hanbury Brown and Twiss experiment results (second order correlation function) for a field of emitters, we study the effectiveness of using quantum correlations in emitter localisation.

Speaker: Mr Jaret Vasquez-Lozano (RMIT)

1200 Tue E3 Vasquez-Lozano.pdf

Jaret Abstract Draft ANZCOP22.docx

155 Correction of quantum phase errors with integrated photonic circuits

We introduce a protocol for detection and correction of arbitrary continuous phase errors in a multi-channel quantum transmission system by integrated waveguide circuits.

Speaker: Jinyong Ma (Research School of Physics, The~Australian National University, Canberra, ACT 2601, Australia)

1215 Tue E3 Ma.pptx

ANZCOP_2022_Quantum_error_detection.pdf

AIP: Atomic and Molecular Physics: ATMOP 4 - Spin physics/correlations

Convener: Andy Martin

156 The exact properties of ultracold polarons

We investigate the nonlinear response of heavy impurity in ultracold Fermi gases and superfluid with a numerically exact approach. Our results are highly relevant for polaron physics.

Speaker: Jia Wang (Swinburne University of Technology)

1130 Tue RB4 Wang.pdf

Abstract_JiaWang_AIPC2022.pdf

157 Exploring Quantum Magnetism and Many-Body Localisation in a Dilute Gas of Ultracold Polar Molecules

We investigate quantum spin systems realised in a dilute gas of ultracold polar molecules pinned in a deep optical lattice. We discuss a novel disorder mechanism for engineering many-body localisation, and explore the system's non-equilibrium dynamics in one and two-dimensions.

Speaker: Matthew Davis (The University of Queensland)

1145 Tue RB4 Davis.pptx

AIP_Congress_2022___Abstract_Harris_UQ.pdf

158 Berezinskii-Kosterlitz-Thouless transitions in a ferromagnetic superfluid

We explore finite-temperature phases of a spin-1 ferromagnetic Bose gas, identifying mass and spin BKT transitions, a vortex plasma phase, and novel critical scaling of spatial correlations.

Speaker: Lewis Williamson

1200 Tue RB4 Williamson.pdf

LewisWilliamson.pdf

159 Ultradilute Quantum Droplets

Ultradilute Quantum Droplets

Speaker: Xia-Ji Liu (Swinburne University of Technology)

1215 Tue RB4 Liu.pdf

AbstractLIUAIPC2022.pdf

AIP: Condensed Matter, Materials and Surface Physics: CMM 1

Convener: Prof. Gunther Andersson (Flinders University)

160 Topological non-colinear magnetism in reduced sample dimensions

In this talk I will discuss near-surface small-angle neutron scattering (NS-SANS), performed slightly above the critical angle of reflection, as a route to overcome the shortcomings of transmission SANS for extremely small magnetic sample volumes in the thin-film limit.

Speaker: Dr Grace Causer (Physik-Department, Technische Universität München)

161 Spin gapless semiconductors --- an emerging quantum matter for next-generation spintronic and electronics technologies

I will introduce the concept of Spin gapless semiconductors (SGSs) and their unique features, highlighting the Dirac-type SGS which offers an ideal platform for massless spintronics and quantum anomalous Hall effect with a dissipationless edge state.

Speaker: Prof. Xiaolin Wang (University of Wollongong)

1130 Tue RB3 Wang.pptx

Abstract_Template_AIPC2022_Xiaolin Wang.pdf

162 Radiation of Single Emitters Near Topological insulators

Our team from PUC Chile and RMIT studied how to amplify the small mixed reflection Fresnel coefficients for topological insulators via a third Mu-Metal sublayer and discovered a measurable Poynting vector deviation near its surface, key for its optical characterization.

Speaker: Mr EITAN DVORQUEZ (Institute of Physics, Pontificia Universidad Católica de Chile.)

1200 Tue RB3 Dvorquez.pdf

Abstract_AIPC2022_ED.pdf

163 Intrinsic, robust, and isolated flat bands present at half-filling in the minimal model of the superconducting metal-organic framework, Cu-BHT

An analytical model of the metal-organic superconductor, Cu-BHT, shows that its simplified lattice structure possesses three robust, degenerate flat bands at half-filling, which are narrower and more isolated than those of twisted-bilayer graphene.

Speaker: Miriam Ohlrich (University of Queensland)

1215 Tue RB3 Ohlrich.pptx

M.Ohlrich_abstract_AIP.pdf

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 4 - Integration and Enabling Technologies

Convener: Andreas Boes (RMIT University, University of Adelaide)

164 Integration of MEMS for Scalable Programmable Photonic Circuits

Our recent advances in wafer-scale integration of Micro-Electro-Mechanical Systems in Silicon Photonics have shown high performance tuneable couplers, filters, switches, and phase shifters that provide an advanced technology basis for emerging applications requiring very large-scale photonic integration such as programmable photonics.

Speaker: Niels Quack (The University of Sydney)

1100 Tue RB7 Quack.pdf

COMMAD2022_Quack_Integration of MEMS for Scalable Programmable Photonic Circuits.docx

COMMAD2022_Quack_Integration of MEMS for Scalable Programmable Photonic Circuits.pdf

165 Time-resolved photoionization detection of a single Er3+ ion in silicon

We investigate the charge dynamics following the optical excitation of a single erbium ion inside a silicon FinFET. We observe a latched charge signal that depends on gate voltage, optical intensity and optical pulse length.

Speaker: Dr Gabriele de Boo (UNSW Sydney)

1130 Tue RB7 De Boo.pptx

abstract.pdf

166 Gold nanostars for sensitive molecular detection in biological fluids

Au-Ag nanostars, with enhanced plasmonic properties due to multiple “hot-spots” on the tips, stabilized in BSA@PBS buffer solution without formation of protein corona. The prepared nanostructures were stable in biological fluid and preserved their original enhanced optical activity.

Speaker: Anastasiia Tukova

1145 Tue RB7 Tukova.pptx

Abstract_Anasatasiia_Tukova.docx

167 A study of mechanical and optoelectronic properties of curved HgCdTe thin films

In this work, HgCdTe infrared detectors are taken as an example to simulate and study the mechanical and optoelectronic properties of HgCdTe infrared material under curved conditions in order to understand the feasibility of fabricating curved HgCdTe image sensors.

Speaker: Shuo Ma

1200 Tue RB7 Ma.pptx

COMMAD Abstract_Shuo Ma_V3_25072022.docx

AIP: Nuclear and Particle Physics: NUPP 4

Convener: Cedric Simenel

168 Finite volume pionless effective field theory for nuclear systems

Finite-volume pionless effective field theory is an efficient framework with which to perform the extrapolation of finite-volume lattice QCD calculations of multi-nucleon spectra and matrix elements to infinite volume and to nuclei with larger atomic number. Recent progress is reviewed.

Speaker: William Detmold

1100 Tue HallC Detmold.pdf

Abstract_Template_AIPC2022.pdf

169 GAMBIT update

I give an update on the Global And Modular BSM Inference Tool and show the latest results for a model where the gravitino and the lightest neutralinos and charginos are the only light sparticles in the Minimal Supersymmetric Standard Model.

Speaker: Csaba Balazs

Balazs-Csaba.pdf

GAMBIT update.pdf

170 The emergent origin of mass

Where does your mass come from? The Higgs mechanism only accounts for 1% of the proton mass. We reveal how centre vortices connect emergent phenomena such as quark confinement and dynamical mass generation with the QCD vacuum state.

Speaker: Waseem Kamleh (University of Adelaide)

1145 Tue HallC Kamleh.pdf

Kamleh_emergent.pdf

171 Testing the Quark Model on the Delta Baryon Spectrum

We present studies of the $\Delta$ baryon spectrum using lattice QCD and Hamiltonian Effective Field Theory. Our results suggest quark model-like states and meson-baryon two-particle states both contribute to the energy spectrum observed in experiment.

Speaker: Liam Hockley (The University of Adelaide)

1200 Tue HallC Hockley.pdf

AIP2022_abstract.pdf

172 Measurement of the branching fraction and $CP$ asymmetry of $B^{0} \to \pi^{0} \pi^{0}$ decays

We report branching fraction and $CP$ asymmetry measurements of the $B^{0}\to\pi^{0}\pi^{0}$ decay mode at Belle II using a data sample corresponding to $198\times10^{6} B\bar{B}$ pairs. This is comparable sensitivity with 1/4th of the Belle dataset.

Speaker: Francis Pham

1215 Tue HallC Pham.pdf

AIP_Abstract_fpham.pdf

AIP: Quantum Science and Technology: QST 7 - Quantum Measurement

Convener: Nora Tischler

173 Testing Quantum Mechanics Underground in the Cosmic Silence

We are experimentally investigating possible departures from standard quantum mechanics’ predictions at the Gran Sasso underground laboratory in Italy. We are searching for signals predicted by dynamical collapse models, and signals indicating a possible violation of the Pauli Exclusion Principle.

Speaker: Dr Catalina Curceanu (Istituto Nazionale di Fisica Nucleare)

1100 Tue RB5 Curceanu.pdf

Catalina Curceanu - Abstract.doc

174 Imaging stars with quantum error correction

We present a general framework for using quantum error correction codes for protecting and imaging starlight received at distant telescope sites, which can enable long-baseline optical interferometry.

Speaker: Dr Zixin Huang (Macquarie University)

1130 Tue RB5 Huang.pdf

ZH_AIPC2022_QEC_starlight.pdf

175 Testing Generalised Uncertainty Principles through Quantum Noise and Trajectories

We explore how generalisations of the Heisenberg principle arising from modified canonical commutation relations can produce significant effects in recent observations of optomechanical backaction noise, as well as in quantum trajectories of moments derived from general continuous position measurements.

Speaker: Parth Girdhar (UNSW)

1145 Tue RB5 Girdhar.pdf

AIP 2022 abstract mod comm_Parth.pdf

176 Modulating the quantum noise of interacting exciton-polaritons in the spontaneous emission regime with a spectral filter

In this talk we will show how a spectral filter, together with a weak Kerr nonlinearity, can be used to tune, and improve, the photon statistics of the spontaneous emission of a strongly-confined exciton-polariton system.

Speaker: Dr Thomas Volz (Macquarie University)

1200 Tue RB5 Volz.pptx

Scarpelli_Abstract.pdf

AIP: Quantum Science and Technology: QST 8 - Quantum Computing 4

Convener: Maria Kieferova (University of Technology Sydney)

177 Stabiliser subsystem decompositions for single- and multi-mode

We analyse the performance of Gottesman Kitaev Preskill quantum error correcting codes during gates and under realistic noise such as loss and dephasing using a new subsystem decomposition.

Speaker: Prof. Andrew Doherty (The University of Sydney)

1100 Tue RB6 Doherty.pptx

Abstract_Doherty_AIPC2022.pdf

178 Optimal scaling quantum linear systems solver via discrete adiabatic theorem

We prove a rigorous form of the adiabatic theorem for a discrete time evolutions. We use this discrete theorem to develop a quantum algorithm for solving linear systems that matches the known lower bound on the complexity of $\kappa$.

Speaker: Pedro C.S. Costa (Macquarie University)

1130 Tue RB6 C.S Costa.pdf

abs.pdf

179 Reducing Overhead for Quantum Advantage in Topological Data Analysis

Topological data analysis is an important way of understanding features of data, but can be exponentially hard classically. We present new ways of performing topological data analysis on a quantum computer with improved complexity.

Speaker: Dominic Berry (Macquarie University)

1145 Tue RB6 Berry.pdf

Berry_TDA.pdf

180 Signatures of critical dynamics in quantum phase transitions observed through digital quantum simulations

We present techniques, compatible with measurements in digital quantum simulations, for studying critical dynamics in quantum phase transitions, based on the Kibble-Zurek mechanism. In particular, we introduce a sample-and-hold protocol that enables the study of critical exponents in the system.

Speaker: Juan Pablo Dehollain (University of Technology Sydney)

1200 Tue RB6 Dehollain.pptx

JPD_RMQPT_AIPC2022.pdf

181 Ground-state energy estimation of molecular systems on physical quantum computers

We discuss the challenges that must be overcome for variational quantum computing to be able to solve chemical systems of more than a few electrons in the context of the variational quantum eigensolver and the quantum computed moments method.

Speaker: Michael Jones

1215 Tue RB6 Jones.pdf

AIPC2022abstract_MJones.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 4 - Advanced Fabrication 2

Convener: John Ballato

182 Hollow-Core Fibers for the Rise of Industrial Innovations

Silica hollow-core fibers (HCFs) are leading the way in advanced telecommunications and ultra- short pulse laser transmission. Chalcogenide HCFs will become the holy grail of CO2 laser transmission at 10.6 microns.

Speaker: Dr Francois Chenard (IRflex Corporation)

1100 Tue HallA Chenard.pptx

Francois Chenard WSOF Keynote.pdf

183 Fabrication and Properties of Intrinsically Low Nonlinearity Optical Fibers.

Abstract:
This talk explores the fabrications processes and “many knobs” that must be turned to achieve low nonlinearity performance in modern optical fibers.
Active optical fibers that exhibit intrinsically low nonlinearities such SBS supression or increased TMI thresholds is the end research goal for many groups. Materially, these phenomena are well understood, as is the method to achieve the target thresholds.
Biography:
Dr. Hawkins is a Research Assistant Professor (since 2020) at Clemson University and the Optical Fiber Fabrication Lab Director (since 2012). He received his Ph.D. 2020 in Materials Science and Engineering from Clemson University.

Speaker: Dr Wade Hawkins (Clemson University)

1130 Tue HallA Hawkins.pptx

Wade Hawkins WSOF Invited.pdf

184 Mid-Infrared Polarization-Maintaining Photonic Crystal Fiber

A solid-core endlessly single mode mid-infrared polarization-maintaining photonic crystal fiber (PM-PCF) made of chalcogenide glass with an asymmetric pattern of longitudinal holes having different periods and diameters is presented. Simulation and experimental results are given.

Speaker: FRANCOIS CHENARD

1200 Tue HallA Chenard.pptx

PMPCF_Abstract_WSOF2022.pdf

185 3D printing Bullseye glass preform for fibre drawing

Additive manufacturing makes it possible to produce complex structures and individual pieces directly from the CAD file within short production times. This research focuses on a filament extrusion method, where the objects are directly printed from a soda-lime glass filament.

Speaker: Xuanzhao Pan (School of Physical Sciences, The University of Adelaide, Adelaide, SA, 5005, Australia)

1215 Tue HallA Pan.pptx

3D printing Bullseye glass preform for fibre drawing_Xuanzhao Pan.pdf

12:30 Lunch and exhibition

Special session: ANZOS Industry Forum

Special session: Tony Klein memorial

186 Tony Klein and Geoff Opat – pioneers of neutron optics

This talk will review the seminal work, and enduring legacy, of quantum pioneers Tony Klein and Geoff Opat in devising and performing the neutron-interference experiment which observed fermionic quantum phase acquired upon 2$\pi$ rotation.

Speaker: Lloyd Hollenberg

1245 Tue E2 Hollenberg.pptx

187 The He-McKellar-Wilkins phase shift, atom interferometry tests — recent work related to Aharonov Casher and Klein, Opat et al.

In the dual HMW effect a topological phase emerges when electric dipoles pass around a line source of magnetic charges. When measured it also gave a much more precise measurement of the Aharonov Casher effect.

Speaker: Bruce McKellar

1310 Tue E2 McKellar.pdf

188 Atom Interferometry: Current technology and future directions from basic science to applications

Atom interferometry offers stable, compact, primary sensing that can advance applications in ground water mapping, mineral exploration, planetary exploration and inertial navigation among other fields. I describe recent advances at ANU in techniques and applications.

Speaker: John Close (Australian National University)

1335 Tue E2 Close.pdf

Focus Session: Metaphotonics and Metasurfaces 2

Convener: Yuri Kivshar (Australian National University)

189 Topological nanophotonic metasurfaces

Emulation of relativistic-like physics in photonic structures with Dirac spectrum has enabled observation of Klein tunneling and topological boundary modes in real and synthetic dimensions. We demonstrate another exciting emulation of trapped eigenstates of Dirac quasiparticles in photonic metasurfaces.

Speaker: Daria Smirnova (Research School of Physics, Australian National University, Canberra ACT 2601, Australia)

1400 Tue RB2 Smirnova.pptx

Invited talk_Smirnova_AIP2022.pdf

190 Metaphotonics-enabled mid-IR spectrometers for chemical classification

Mid-infrared spectroscopy has numerous applications. A host of new applications could be enabled by new types of mid-IR spectrometers with reduced size, weight, and cost. We will describe our recent work on a compact microspectrometer platform for chemical identification.

Speaker: Prof. Kenneth Crozier (University of Melbourne)

1430 Tue RB2 Crozier.pptx

191 Metasurfaces for High Numerical Aperture Optical Signal Processing

Metasurfaces constructed of subwavelength periodic arrays of metal particles have been shown to possess asymmetric optical transfer function with a relatively high numerical aperture of ~0.5 enabling phase imaging of diverse transparent objects.

Speaker: Niken Priscilla

1500 Tue RB2 Priscilla.pptx

NP_wheatstone_AIPC2022_fin.pdf

192 Real-time phase imaging via nanophotonic devices

Nanophotonic devices enable image processing with potential for biological live-cell imaging and wavefront sensing. Here we demonstrate the use metasurfaces and thin-films for all-optical visualisation of phase modulations in an optical field and their application to biological imaging.

Speaker: Dr Lukas Wesemann (University of Melbourne, ARC Centre of Excellence for Transformative Meta-Optical Systems)

1515 Tue RB2 Wesemann.pptx

Wesemann_AIPC2022_final.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 10 - Quantum Optics 2

Convener: Mikolaj Schmidt (Macquarie University)

193 Towards the simplest quantum computation

Based on the recent development of the quantum computer hardware, in
this talk we present new quantum neural network models and show their
performance for classification problems. We then discuss how far we can
simplify such quantum computational systems.

Speaker: Prof. Kae Nemoto (National Institute of Informatics, 2-1-2 Hitotsubashi, Chiyoda-ku, Tokyo 101-8430, Japan)

1400 Tue E3 Nemoto.pptx

194 Resonant Spectroscopy of Blue Quantum Emitters in Hexagonal Boron Nitride

Characterisation of spectral properties of blue SPEs in hBN at cryogenic temperatures. High-yield fabrication allows for extensive study of this defect class. Resonant excitation revealed phonon-broadened linewidth as well as Rabi oscillations.

Speaker: Jake Horder (University of Technology Sydney)

1430 Tue E3 Horder.pdf

AIPC2022-abstract-jjhorder.pdf

195 Superresolution measurements and the quantum Gouy phase in transverse-spatial N00N states

By structuring the spatial profile of single photons, we were able to demonstrate different types of quantum advantages in metrological applications. This method also enabled an investigation into a new type of quantum state evolution with possible future applications.

Speaker: Mr Markus Hiekkamäki (Tampere University)

1445 Tue E3 Hiekkamaki.pptx

AIPC2022_abstract_Australia.pdf

196 Generation of quantum entangled photons from lithium niobate nonlocal metasurfaces

We report the first experimental generation of spatially entangled photon pairs from a metasurface incorporating a lithium niobate nonlinear thin film and the preparation of polarisation entangled states with a metasurface integrating two crossed metagratings.

Speaker: Jinyong Ma (Research School of Physics, The~Australian National University, Canberra, ACT 2601, Australia)

1500 Tue E3 Ma.pptx

ANZCOP2022__Generation_of_quantum_entangled_photons_from_lithium_niobate_nonlocal_metasurfaces.pdf

197 A scalable, high-bandwidth warm atom quantum memory using hollow-core photonic crystal fibers

Using rubidium-filled hollow-core fibres we have reduced the optical power requirements of a no noise, high-bandwidth quantum memory protocol by two orders of magnitude, a key step towards a large-scale fibre-based quantum information network.

Speaker: Dr Ben Sparkes (Defence Science and Technology Group)

1515 Tue E3 Sparkes.pptx

BS_AIP2022_Abstract.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 9 - THz Photonics

Convener: Alessandro Tuniz (The University of Sydney)

198 Terahertz waveguides: the fundamental component for next generation of communication

There is a rapid development in utilizing Terahertz frequencies for next generation of communications. In this talk, I will discuss how recent advances in photonics can facilitate low-loss and low-dispersion waveguides with exceptional bandwidth for terahertz.

Speaker: Shaghik Atakaramians

Invited talk_Shaghik_ANZCOP2022.pdf

199 Terahertz Vector Beam Generation Enabled by Photonic Topological Metasurfaces

We propose and numerically investigate the mechanism of vector beams formation in terahertz spectral range via engineering the band structure of spatially inhomogeneous photonic metasurfaces supporting topologically trivial and non-trivial states.

Speaker: Elizaveta Melik-Gaykazyan (Australian National University)

1430 Tue E2 Melik-Gaykazyan.pptx

Melik-Gaykazyan_AIPC_2022.pdf

200 Integratable 3D Printed Terahertz Horn Coupler

We design and demonstrate a 3D-printed horn coupler, improving the transmittance of a hybrid photonic crystal waveguide by more than 20dB, providing a convenient and economical way of customizing couplers for different waveguides and could be integrated in terahertz devices.

Speaker: Mr Qigejian Wang (UNSW Sydney)

1445 Tue E2 Wang.pptx

Integratable 3D Printed Terahertz Horn Coupler.pdf

201 Automation and measurement geometry of stimulated-polariton-scattering based THz spectrometric systems

Ultra-fast THz sources have been implemented into spectrometers offering small form-factor and broadband coverage. However, their low spectral power limits use to very thin samples. Here we demonstrate implementation of high power tunable SPS lasers into a spectrometric system.

Speaker: Ondrej Kitzler (Macquarie University)

1500 Tue E2 Kitzler.pptx

Kitzler_AIPC2022.pdf

202 Temperature-dependent synchrotron absorption measurements of MgO:LiNbO3

We report synchrotron absorption measurements for MgO:LiNbO3 over a wide range of wavenumbers and temperatures. Spectra reveal the existence of an unexpected mode at 3.15 THz at all temperatures which explains the crystal's difficulty of THz generation at higher frequencies.

Speaker: Ameera Jose (MQ Photonics Research Centre, School of Mathematical and Physical Sciences, Faculty of Science and Engineering, Macquarie University)

1515 Tue E2 Jose.pptx

AIP: Atomic and Molecular Physics: ATMOP 5 - New physics in precision atomic experiments

Convener: Igor Bray (Curtin University)

203 On the hyperfine anomaly and atomic parity violation

Reporting on several of our recent works on the hyperfine anomaly and its importance in searches for new physics in precision atomic experiments.

Speaker: Jacinda Ginges

1400 Tue RB4 Ginges.pdf

Abstract_AIPC2022_Ginges.pdf

204 Accurate determination of the magnetic hyperfine anomaly in atomic cesium from muonic-atom experiments

We have used a combination of muonic-atom and atomic many-body calculations to extract magnetic hyperfine anomaly in caesium atom from muonic cesium measurements. Our result is important for cesium atomic parity violation studies.

Speaker: George Sanamyan

1430 Tue RB4 Sanamyan.pdf

AIPC2022_Abstract.pdf

205 Dark matter detection via atomic interactions

Presentation of atomic excitation factors and calculated event rates for DM-electron scattering, and how they compare to the excess seen in the XENON1T experiment.

Speaker: Ashlee Caddell (The University of Queensland)

1445 Tue RB4 Caddell.pdf

Abstract_AshleeCaddell_AIPC2022.pdf

206 Testing atomic QED theory via a tuneout wavelength and transition measurements using a metastable helium Bose-Einstein condensate

This presentation will cover a number of atomic energy level measurements involving ultracold metastable helium atoms, including using a tuneout wavelength to probe atomic QED theory.

Speaker: Sean Hodgman

1500 Tue RB4 Hodgman.pdf

Abstract_Template_AIPC2022_Hodgman.tex

207 Coupled-Channel Approach to Proton Scattering on Molecular Hydrogen Using an Effective One-Electron Model

Total cross sections for all single-electron processes in proton scattering on molecular hydrogen have been calculated within a two-centre coupled-channel approach, providing improved agreement between theory and experiment for this challenging collisional system.

Speaker: Corey Plowman

1515 Tue RB4 Plowman.pdf

aipc_abstract_corey-plowman.pdf

AIP: Condensed Matter, Materials and Surface Physics: CMM 2

Convener: Kirrily Rule (Australian Nuclear Science and Technology Organisation)

208 Photoemission Electron Microscopy and Momentum Microscopy of 2D Transition Metal Chalcogenides

Photoemission is the most information rich and widely used techniques for the elucidation of the electronic structure, surface states and chemistry of materials. The NanoESCA III, recently commissioned in Flinders Microscopy and Microanalysis.

Speaker: Sarah Harmer (Flinders University)

1400 Tue RB3 Harmer.pptx

AIP 22 Abstract_harmer et al.docx

209 Magnetic bandgap fluctuations in the intrinsic quantum anomalous hall insulator MnBi2Te4

In this talk I will discuss using low-temperature scanning tunnelling microscopy and spectroscopy to measure the magnetic gap in 5 SL MnBi2Te4.

Speaker: Mark Edmonds (Monash University)

AIP Abstract Edmonds.pdf

210 Glowworm Capture Threads Studied by AFM

Tapping mode atomic force microscopy was used to reveal nano-scale features and material variation near the surface of capture threads of glowworm (Arachnocampa tasmaniensis). Unstretched and stretched threads are contrasted.

Speaker: Prof. Deb Kane (Australian National University)

1500 Tue RB3 Kane.pdf

Abstract_AIPC2022_Glowworm_DK[2].pdf

211 Suppression of Phosphine-Protected Au9 Clusters Agglomeration on SrTiO3 Particles Using a Chromium Hydroxide Layer

The aim of this work is to investigate the inhibition of phosphine-protected Au9 clusters beneath a Cr(OH)3 overlayer to agglomerate under conditions of photocatalytic water splitting (i.e. UV irradiation).

Speaker: Abdulrahman S. Alotabi (Flinders Institute for Nanoscale Science and Technology)

1515 Tue RB3 Alotabi.pptx

Abstract_Template_AIPC2022 Alotabi.docx

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 5 - Nanoscale Photonics and Devices

Convener: Nelson Tansu

212 Development of 1550nm InAs on InP emitting QD Lasers

Speaker: Prof. Johann Peter Reithmaier (European Physical Society)

1400 Tue RB7 Reithmaier.pdf

213 Design of High-Power near-2-μm Pumped Laser Diodes for Ho Fiber Lasers

Holmium-doped high power fiber lasers operate at an eye-safe wavelength and have numerous applications. In this talk, we discuss a new method of optical pumping for this technology - using GaSb-substrate-based high power laser diodes emitting at 1950 nm wavelength.

Speaker: Dominic Lane (The University of Adelaide)

1430 Tue RB7 Lane.pptx

High Power 1950nm Laser-Lane.pdf

214 Quantum Confinement of Donor Molecule Systems in Silicon

Applying a comprehensive 20-band $sp^3d^5s^*$ tight-binding model with self-consistent field Hartree method to calculate energies of multi-electron states, we investigate the $D^-$ charging energies of donor molecules in silicon consisting of two phosphorus impurities in various orientations.

Speaker: Mr A M Saffat-Ee Huq (The University of New South Wales)

1445 Tue RB7 Huq.pptx

DonorMolecule.pdf

215 Measurement driven quantum clock implemented with a superconducting qubit

We theoretically and experimentally demonstrate a quantum clock implemented with a superconducting qubit and show the thermodynamic limit of the clock accuracy in the quantum regime is caused by the entropy production rate.

Speaker: Xin HE

1500 Tue RB7 He.pptx

Abstract_AIPC2022_quantum_clock.pdf

216 Selectively-Grown InGaN/GaN Quantum Dots

We employ nanopatterning, via diblock co-polymer lithography, and selective area-MOVPE growth to achieve high-density InGaN/GaN quantum dots for UV applications

Speaker: Luke Mawst

1515 Tue RB7 Mawst.pptx

COMMAD_2022_QD abstract.docx

AIP: Nuclear and Particle Physics: NUPP 5

Convener: Prof. Raymond Volkas (The University of Melbourne)

217 Ways of seeing: maximising the discovery potential of the Large Hadron Collider

I will show the sorts of physics model that are currently evading detection at the Large Hadron Collider, and will present new ideas for how to extend the reach of particle searches with the ATLAS and CMS detectors.

Speaker: Martin John White (University of Adelaide (AU))

1400 Tue HallC White.pdf

Abstract_Template_AIPC2022_MJW.pdf

218 On the determination of uncertainties in parton densities

We review various methods used to estimate uncertainties in parton distribution functions (PDFs), finding that utilizing a neural network on a simplified example of PDF data has the potential to inflate uncertainties.

Speaker: Nicholas Hunt-Smith

1430 Tue HallC Hunt-Smith.pdf

AIP_Abstract (1).pdf

219 Sensitivity of the SABRE Experiment to WIMP Signals and Seasonal Backgrounds

This work examines the sensitivity of the upcoming SABRE South experiment to the annual modulation dark matter signal. We also consider the effect of a hemisphere-dependent seasonal background on direct detection experiments.

Speaker: Kyle Leaver (University of Adelaide)

1445 Tue HallC Leaver.pdf

AIP Abstract Kyle Leaver.docx

220 Challenging nuclear vibrations with particle-gamma spectroscopy

This presentation will discuss preliminary attempts to perform Coulomb excitation of $^{124}$Te with the CAESAR array at the ANU as part of a larger investigation into the vibrational nature of near-spherical nuclei.

Speaker: Martha Reece

1500 Tue HallC Reece.pptx

aip_abstract_M_Reece.pdf

221 Fixed Field Accelerators for Particle Therapy

Fixed Field Accelerators offer potential advantages for particle therapy, however many challenges remain. We address the problem of resonance crossing during acceleration, showing that beam stability can be maintained by fixing the normalised focusing strength.

Speaker: Mr Adam Steinberg (University of Melbourne / University of Manchester / Cockcroft Institute)

1515 Tue HallC Steinberg.pptx

Fixed Field Accelerators for Particle Therapy.pdf

Precision and Quantum Sensing Workshop: PQS 1 - Keynote Session 1

Convener: Warwick Bowen (The University of Queensland)

222 Quantum innovation in Australia

In this keynote address, I will discuss opportunities for quantum innovation in Australia, barriers that need to be overcome, and strategies to build a strong quantum ecosystem to drive research up the value chain.

Speaker: Dr Cathy Foley (Chief Scientist of Australia)

1400 Tue RB5 Foley.pptx

Foley.docx

223 Quantum Sensors for Navigation and Mobile Gravimetry

Today’s challenge is to design compact, robust and mobile sensors which will lead to new generations of atomic sensors for mobile gravity mapping and GPS free navigation.

Speaker: Philippe Bouyer (Institute d’Optique (Nouvelle Aquitaine Branch))

1430 Tue RB5 Bouyer.pdf

Bouyer.docx

224 Hybrid spin-phonon systems in diamond

I present diamond optomechanical systems with high mechanical and optical quality factors and long spin coherence times of the embedded, strain-coupled defect centers. Progress towards reaching high spin-phonon quantum cooperativity is discussed.

Speaker: Ania Bleszynski Jayich (University of California, Santa Barbara)

1500 Tue RB5 Bleszynski Jayich.pptx

Jayich.docx

AIP: Quantum Science and Technology: QST 9 - Quantum Computing 5

Convener: Andrew Doherty (The University of Sydney)

225 Training quantum neural networks with an unbounded loss function

In this work, we examine the assumptions that give rise to barren plateaus in quantum neural networks and show that an unbounded loss function can circumvent the existing no-go results.

Speaker: Dr Maria Kieferova (University of Technology Sydney)

1400 Tue RB6 Kieferova.pptx

Maria Kieferova - Abstract.docx

Maria Kieferova - Bio.docx

226 Quantum Enhanced Robustness in Adversarial Machine Learning

Machine learning models are susceptible to adversarial examples - inputs to the model which have been manipulated in order to confuse it. We study the vulnerability and resiliency of quantum classifiers to such inputs.

Speaker: Mr Maxwell West (The University of Melbourne)

1430 Tue RB6 West.pdf

Abstract_Template_AIPC2022.pdf

227 Point Exchange Invariant and Automatically Generated Feature Maps in Quantum Support Vector Machines for Practical Applications

Inspired by 3D imagining problems we investigate methods of quantum encodings that are invariant to permutations of points in the original input for collections of 3D points (point cloud) data, within the context of a particle physics application.

Speaker: Jamie Heredge

1445 Tue RB6 Heredge.pdf

Point Exchange Invariant and Automatically Generated Feature Maps in Quantum Support Vector Machines for Practical Applications_AIPC2022.docx

228 An Evolutionary Algorithm for the Circuit Synthesis of Arbitrary Quantum States

We present a method – genetic algorithm for state preparation (GASP) – which generates low-depth quantum circuits for initialising a quantum computer in a specified quantum state.

Speaker: Floyd Creevey

1500 Tue RB6 Creevey.pptx

aip_abstract_GASP.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 5 - Online/Hybrid Session

Convener: Clarissa Harvey (Royal Institute of Technology, Stockholm, Sweden)

229 Specialty optical fibers for dispersion management in the spectral ranges of normal and anomalous material dispersion

The report discusses novel all-glass optical fibers designs for dispersion management and its applications.

Speaker: Svetlana Aleshkina

Svetlana Aleshkina WSOF Invited.pdf

230 Polarization Maintaining Anti-Resonant Hollow Core Fiber

We summarize our recent results on design, fabrication and characterization of polarization maintaining anti-resonant hollow core fiber. Loss of 5.6 dB/km and phase birefringence of $1.8\times 10^{-5}$ is achieved.

Speaker: Yingying Wang (Institute of Photonics Technology, Jinan University, Guangzhou, China)

Yingying Wang WSOF Invited.pdf

231 Efficient 2.8 μm Er3+-doped ZBLAN fiber laser pumped at 1.7 μm

An efficient mid-infrared Er3+-doped fluoride fiber laser operating at 2.8 μm pumped by a single-mode laser at 1.7 μm has been proposed and experimentally demonstrated for the first time.

Speaker: Mr Junxiang Zhang (Tianjin University)

zjx-Efficient 2.8 μm Er3+-doped ZBLAN fiber laser pumped at 1.7 μm.docx

232 200 km-long single-ended random fiber laser and sensor with ULLF

Record-long (200 km) single-ended random fiber laser and sensor, which can be used for safety monitoring of long-haul powerlines, are proposed and demonstrated based on combination of high-order random lasing pump and ultra-low-loss fiber, for the first time.

Speaker: Dr Yunjiang Rao (UESTC)

1515 Tue HallA Rao.pptx

WSOF-200 km-long single-ended random fiber laser and sensor with ULLF.pdf

15:30 Afternoon tea

Focus Session: Metaphotonics and Metasurfaces 3

Convener: Sergey Kruk (Australian National University)

233 Enhanced light emission and harvesting via disordered plasmonic metasurfaces

Disordered arrays of plasmonic colloids provide a means for broadband optical absorption, due to equipartition of energy and convergence of internal mode lifetimes. We examine such systems from the viewpoint of energy harvesting and enhanced light extraction.

Speaker: Stefan A. Maier (Monash University)

1600 Tue RB2 Maier.pptx

AIP_SpecialSession_Maier.pdf

234 Spontaneous Parametric Down-Conversion: from Micro- to Nanoscale

The most common mechanism for entangled photon generation in optics is the second-order nonlinear process of spontaneous parametric down-conversion. I will provide a brief overview of recent developments in the area, moving from photonic chips to nanophotonics.

Speaker: Alexander Solntsev (University of Technology Sydney)

1630 Tue RB2 Solntsev.pdf

Invited talk_Solntsev_2022.pdf

235 Inverse-Designed Metasurfaces for High-Efficiency Sum Frequency Generation

We developed an inverse design scheme to optimise the design of nonlinear metasurfaces for sum-frequency generation with any combination of optical wavelengths, achieving a high efficiency exceeding unpatterned films by several orders of magnitude.

Speaker: Neuton Li

1700 Tue RB2 Li.pptx

ANZCOP_2022_SFG_Optimisation___Neuton_Li.pdf

236 Topologically optimized metasurface for characterizing two-photon distinguishability in a single shot

We propose and fabricate a static dielectric metasurface that enables single-shot characterization of the distinguishability between two photons with high transmission efficiency and tolerance to measurement noise.

Speaker: Jinyong Ma (Research School of Physics, The~Australian National University, Canberra, ACT 2601, Australia)

1715 Tue RB2 Ma.pptx

ANZCOP_2022_Two_photon_indistinguishability.pdf

Focus Session: Strong Interaction Dynamics and the Pursuit of Fundamental Symmetries

Convener: Ross Young

237 Nuclear matrix elements from lattice QCD

I will discuss how first-principles lattice QCD calculations are yielding new insights into the structure and interactions of nuclei.

Speaker: Phiala Shanahan

1600 Tue HallC Shanahan.pdf

238 Hadron resonances in coupled-channel scattering from quantum chromodynamics

Recent developments have enabled the computation of hadron resonance properties from scattering amplitudes determined from lattice Quantum Chromodynamics. We summarise this theoretical approach and compare with recent data from hadron physics experiments.

Speaker: David Wilson (University of Cambridge)

DavidWilson_Adelaide2022_web_v2.pdf

239 Particle and Nuclear Physics at the MeV scale in Australia

We propose a Time Projection Chamber (TPC) to measure (e+e-) production from proton induced nuclear reactions. TPC measurements provide 200 times more sensitivity than previous experiments enabling world-leading limits for New Physics searches and novel Nuclear Physics investigations.

Speaker: Martin Sevior

1700 Tue HallC Sevior.pdf

Sevior_TPC_Template_AIPC2022.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 11 - Optoacoustics

Convener: Michael Steel

240 Confining sound in superfluids via optomechanics

The coupling of light with a mechanical degree of freedom is ususally limited to exciting mechanical modes that are defined by the structure being used. We are working towards a regime where light can be used to define mechanical modes.

Speaker: Mr Raymond Harrison (The University of Queensland)

1600 Tue E2 Harrison.pptx

AIP_Congress_2022_Abstract.pdf

241 Inducing guided long-wavelength acoustic waves in a non-suspended waveguide

Inducing forward Brillouin scattering (FBS) in non-suspended waveguides is challenging because the required acoustic waves have long wavelengths, typically exceeding the acoustic mode cutoff. Here, we investigate the extent to which an acoustic mode can be confined in non-suspended platforms.

Speaker: Choon Kong Lai

1630 Tue E2 Lai.pptx

ANZCOP_2022_abstract.docx

242 Superfluid Optomechanical Dissipative Solitons

Experimental results of high amplitude superfluid helium-4 waves and nonlinear phenomena including cnoidal waves, pulse trains and superfluid optomechanical dissipative solitons are presented, agreeing with the recently observed optomechanical dissipative solitons in solid state.

Speaker: Walter Wasserman

1645 Tue E2 Wasserman.pptx

AIP_Congress_2022_Abstract_WWW.pdf

243 How to Engineer Optomechanical Coupling Using NV Defects

Coupling optical and mechanical modes of microresonators is usually engineered by harnessing their intrinsic nonlinear material response. We propose to harness a new coupling mechanism, in which relies an ensemble of nitrogen vacancies (NVs) induces the effective nonlinearity in diamon.

Speaker: Mikolaj Schmidt (Macquarie University)

schmidt_quantum_phoxonics_sub.docx

244 Modelling of noise in Brillouin-based storage and retrieval

We present a numerical and analytical investigation of thermal noise processes in Brillouin experiments. We focus on Brillouin-based memory experiments, and explore the effects of noise on information retrieval for amplitude and phase-based storage with different pulse configurations.

Speaker: Prof. Christopher Poulton (University of Technology Sydney)

1715 Tue E2 Poulton.pptx

Brillouin noise_AIPC2022.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 12 - Lasers

Convener: Helen Pask (Macquarie University)

245 The mechanisms and limitations to ultrashort pulse emission from mid-infrared fibre lasers

Creating short pulses at mid-infrared (MIR) wavelengths has been an ongoing research area for several years because of the high applications potential. This talk will discuss different schemes for creating MIR ultrashort pulses in all-fibre configuration.

Speaker: Prof. Stuart Jackson (MQ Photonics, School of Engineering, Macquarie University, North Ryde, NSW 2109, Australia)

1600 Tue E3 Jackson.pptx

Invited talk ANZCOP2022 JACKSON.pdf

246 Reverse-wave suppression in ring-resonator lasers

Ring resonators are used to produce injection-seeded, transform-limited pulsed lasers for remote sensing applications. Injection-seeding generally forces uni-directional operation. Our pulsed laser showed both directions were equally seeded. We developed a model that shows <0.1% forward-to-reverse-wave coupling can cause this.

Speaker: David Ottaway (University of Adelaide)

1630 Tue E3 Ottaway.pptx

AIP_22_Watzdorf_Final.pdf

247 Lasing and amplification in titanium doped sapphire whispering gallery mode resonator

We present a high quality titanium doped sapphire whispering gallery mode (WGM) resonator with record low lasing threshold and high slope efficiency. We also show that amplification is readily achievable.

Speaker: Luke Trainor (University of Otago)

1645 Tue E3 Trainor.pptx

Farhan_ANZCOP_22_Abstract.pdf

248 Multi-Spatial Mode Readout Of Optical Cavities For Reduced Brownian Coating Thermal Noise

This talk will outline a new approach to mitigating Brownian coating thermal noise in optical cavities using multiple higher-order gaussian modes. We will present results of a theoretical study into this new sensing scheme and plans for an experimental implementation.

Speaker: Andrew Wade (The Australian National University)

1700 Tue E3 Wade.pptx

Abstract_WADE_HOM_AIPC2022_v1.pdf

249 Mode-locked Fibre Lasers in the Mid-Infrared Region

In this work, we aim to experimentally generate supercontinua in the mid-infrared region using the novel architecture of nonlinear amplification. This work is guided by simulations that utilize recently developed numerical models.

Speaker: Claude Aguegaray (The University of Auckland)

1715 Tue E3 Aguegaray.pptx

ANZCOP_2022.pdf

AIP: Condensed Matter, Materials and Surface Physics: CMM 3

Convener: Sarah Harmer (Flinders University)

250 Organic molecular materials in one and two dimensions

I will discuss our recent work in using small molecule precursors to synthesize nanomaterials through on-surface reactions

Speaker: Dr Jennifer MacLeod (Queensland University of Technology)

1600 Tue RB3 Macleod.pptx

MacLeod_AIPC2022.pdf

251 Probing the Spatiotemporal Variation of Hyperfine Spin Properties in Fluorescent Molecular Materials

We spatially resolve hyperfine spin properties of organic materials employed in OLEDs to reveal large intra-device variations exceeding 30% and find this property to be correlated on lengths up to 7 µm.

Speaker: Billy Pappas (The University of New South Wales)

1630 Tue RB3 Pappas.pdf

WJP_Abstract_Template_AIPC2022.docx

252 Optical Interaction of the NV− Centre in Diamond with a Plasmonic Metal Nanoparticle

We demonstrate the possibility of significantly enhancing and precisely controlling the fluorescence of NV centres using plasmonic metal nanoparticles by developing the theoretical foundation for NV-plasmonic optical interaction (which is verified using existing optical measurements).

Speaker: Dr Harini Hapuarachchi (RMIT University)

1645 Tue RB3 Hapuararchchi.pptx

Abstract_Hapuarachchi_et_al.pdf

253 Electrically tuneable terahertz metasurface enabled by a graphene/gold bilayer structure

We present a highly tuneable terahertz (0.2THz) frequency selective absorber. The device is based on a graphene/gold bilayer which is patterned/etched into a cross-slot metamaterial structure. This provides high resonant quality from the gold and tuneability from the graphene.

Speaker: Andrew Squires (CSIRO)

1700 Tue RB3 Squires.pdf

AIPC2022_Abstract.pdf

254 Cobalt Phthalocyanine Active Site Tuning via Atomic Linker Immobilisation for CO2 Electroreduction

A density functional theory investigation of cobalt-centred phthalocyanine active site tuning via atomic linker immobilisation for the CO2 electroreduction reaction. Electronic properties, geometries and free energy reaction pathways are calculated to determine the best performing systems.

Speaker: Oliver Conquest

1715 Tue RB3 Conquest.pptx

Abstract_AIP2022.pdf

AIP: Computational and Mathematical Physics: CMP

Convener: Glen Harris (University of Queensland)

255 Autonomous Nanomechanical Error Correction

In this talk, I will discuss recent developments in the field of nanomechanical computing. Specfically, I will propose the first error correction architecture for integrated nanomechanical systems that uses majority voting logic.

Speaker: Xiaoya Jin

1600 Tue RB4 Jin.pdf

X_Jin_AIP_2022.pdf

256 BayesianNeural Networks for thePredictions of theProperties ofMillions of Novel 2-Dimensional Hetero-structures

Time and resource-efficient active machine learning approach has been used to create a database containing the functional and structural properties of millions of novel van der Waals layered structures.

Speaker: Marco Fronzi (University of Technology Sydney)

1615 Tue RB4 Fronzi.pptx

MF_Abstract_AIPC2022.pdf

257 Enhanced screening in polymer melts with periodic boundary conditions

We study polymer melts via high precision Monte Carlo simulations of Hamiltonian paths of up to N = 100 million steps on the simple cubic lattice with periodic boundary conditions.

Speaker: Nathan Clisby (Swinburne University of Technology)

1630 Tue RB4 Clisby.pdf

Clisby_Abstract_AIPC2022.pdf

258 Exotic superfluids in multi-component homogeneous Bose-Einstein condensates

We explore the properties of uniform quasi-two-dimensional condensates with several interacting internal degrees of freedom, which we model in terms of a multi-component Gross-Pitaevskii equations in the rotating frame for a Bose-Einstein condensate in different experimentally realistic box geometries.

Speaker: Matthew Edmonds (University of Queensland)

1645 Tue RB4 Edmonds.pdf

bbec_abs.pdf

259 Electron Energy Deposition in Molecular Hydrogen: A Monte Carlo Simulation Using Accurate Cross Sections

A simulation of the process of electron energy deposition in molecular hydrogen in the energy range 0–500 eV is reviewed. Ionisation and dissociative effects are examined and a new numerical method for sampling continuum excitations is presented.

Speaker: Reese Horton

1700 Tue RB4 Horton.pdf

Reese_Horton_AIPC2022.pdf

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 6 - Wide Bandgap Semiconductors

Convener: Aleksandar Rakić (The University of Queensland)

260 Optically addressable spin defects in hexagonal Boron Nitride

We demonstrate the controlled engineering of boron vacancy defects creation in two dimensional material hBN. The spin state in these defects can be controlled optically which is highly desirable for realization of quantum devices and scalable quantum communication technologies.

Speaker: Mehran Kianinia

1600 Tue RB7 Kianinia.pptx

Abstract_Template_AIPC2022- VB in hbn.pdf

261 Fabrication of Superconducting Diamond Devices

A novel fabrication methodology incorporating neon-ion milling is developed to engineer superconducting boron-doped diamond devices including the first diamond nano-SQUID, with noise properties (flux noise: 0.14 $\mu\phi_0$/$\text{$\sqrt{\text{Hz}}$}$ at 1 kHz, spin sensitivity: 11 spins/$\sqrt{\text{Hz}}$) comparable to optimal Nb-nano-SQUIDs reported.

Speaker: Dr Manjith Bose (The University of Melbourne)

1630 Tue RB7 Bose.pptx

Manjith_Bose_COMMAD.docx

262 Waveguide Design and Its Impact on Ultraviolet-A III-Nitride Diode Lasers

III-Nitride material system has been utilized to obtain high-performance UV-A lasers. In this study, we focused on understanding the impact of waveguide thickness on the performance of 390 nm GaN laser diodes.

Speaker: Prof. Luke Mawst (University of Wisconsin-Madison)

1645 Tue RB7 Mawst.pptx

COMMAD_2022_Laser_Waveguide_Study_Qinchen_Lin_UW_Madison.pdf

263 Controllable Fabrication of Blue Quantum Emitters in Hexagonal Boron Nitride

This work presents a precise technique to control fabrication of quantum emitters in hexagonal boron nitride (hBN) via electron irradiation. An annealing procedure for increased efficiency and link to well documented UV defect emission in hBN is also outlined.

Speaker: Angus Gale

1700 Tue RB7 Gale.pptx

Abstract_AIPC2022_AngusGale.pdf

264 Growth and Characterization of AlGaInN Alloys Lattice-Matched to GaN

In this work, we perform epitaxial growth and characterizations of AlGaInN alloys lattice-matched to GaN with four different compositions. The understanding of growth conditions and optical properties of AlGaInN alloys are essential for integration with GaN-based applications.

Speaker: Prof. Nelson Tansu (The University of Adelaide)

COMMAD abstract_LM AlGaInN_Hanlin.docx

Precision and Quantum Sensing Workshop: PQS 2 - Magnetometry 1

Convener: John Close (Australian National University)

265 Quantum microscopy with van der Waals heterostructures

We demonstrate a microscopy technique that employs spin defects in hexagonal boron nitride as quantum sensors to perform magnetic and temperature imaging of van der Waals materials.

Speaker: Jean-Philippe Tetienne (RMIT University)

1600 Tue RB5 Tetienne.pptx

2022-12_AIPC2022_JPT_hBN microscopy.pdf

266 Unambiguous measurement of DC field in a cold atom magnetometer with sensitivity below 1 pT/rHz

We describe a measurement and reconstruction method for performing optical magnetometry in an ultracold atomic vapour, making use of Hilbert transform-based FM demodulation to perform instantaneous retrieval of the Larmor phase and allowing calibration-free measurement of the field.

Speaker: Mr Hamish Taylor (Monash University)

1630 Tue RB5 Taylor.pptx

H. Taylor AIP Conf Abstract.pdf

267 Towards single-shot waveform magnetometery via quantum compressive sensors

We experimentally demonstrate a quantum compressive waveform sensor. We reconstruct a synthesised neural magnetic waveform using an incomplete set of frequency measurements made by radio frequency dressed atoms. Reconstruction is achieved via convex optimisation.

Speaker: Alexander Tritt

1645 Tue RB5 Tritt.pptx

abstract.pdf

268 The magic of three levels: Robust quantum magnetometry at ultra low frequencies

A discussion on utilising a dressed three level system as a magnetometer at ultra low frequencies, in the presence of dominating line noise.

Speaker: Samuel White

1700 Tue RB5 White.pptx

AIP_Abstract.pdf

269 Integrated optomechanical Magnetometer

We implemented nanofabrication to obtain an on-chip optomechanical magnetometer integrated with off-the-shelf laser and photodetector. Here we show the fabrication process and performance of our sensor.

Speaker: Fernando Gotardo

1715 Tue RB5 Gotardo.pptx

Fernando_Abstract_AIP2022.docx

AIP: Quantum Science and Technology: QST 10 - Quantum Communications & Networks 1

Convener: Catalina Curceanu (Istituto Nazionale di Fisica Nucleare)

270 Quantum-Enhanced Agents: Can Quantum Machines Better Adapt to Complex Environments?

Talk based on a combination of Phys. Rev. X 12, 011007 and unpublished work.

Speaker: Mile Gu (Nanyang Technological University)

1600 Tue RB6 Gu.pptx

Abstract_Template_AIPC2022.pdf

271 Comparison of Discrete and Continuous Variable Quantum Key Distribution Protocols over a Thermal-Loss Channel

In a thermal-loss channel, it is uncertain whether a discrete-variable or a continuous-variable quantum key distribution (QKD) protocol is more optimal. We investigate QKD protocols in a thermal-loss setting but with the assumed availability of perfect sources and detectors.

Speaker: Sebastian Kish

1630 Tue RB6 Kish.pptx

Kish_AIPC2022.pdf

272 Satellite-to-Ground Discrete Modulated Continuous Variable Quantum Key Distribution

Discrete modulated continuous variable quantum key distribution (CVQKD) performs better than Gaussian modulated CVQKD in low signal-to-noise-ratio (SNR) regimes. We present results on the study of its performance in a satellite-to-ground context in the asymptotic and finite-size limit.

Speaker: Mikhael Sayat (University of Auckland)

1645 Tue RB6 Sayat.pptx

DMCVQKD_Abstract.docx

273 A 4-Photon Entangled State for a Truly Reference-Frame-Independent Quantum Key Distribution Protocol

We demonstrate a truly reference-frame-independent quantum key distribution protocol utilising a 4-photon entangled state. We present our latest results showing how local and global rotational invariance makes this protocol immune to a jamming attack.

Speaker: Kareem Raslan (The University of Adelaide)

1700 Tue RB6 Slimani.pptx

AIPC2022_Abstract_4PhotonQKD_Sabrina Slimani.pdf

274 Certified random numbers from quantum steering

Certified quantum randomness protocols can securely guarantee random numbers that are unpredictable to any physical observer. We experimentally implement one such protocol based on quantum steering using single photons.

Speaker: Sergei Slussarenko

1715 Tue RB6 Slussarenko.pptx

Abstract__AIPC2022_Certified random numbers from quantum steering_Dominick_Joch.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 6 - Fibre Sensing 2

Convener: Heike Ebendorff-Heidepriem

275 Volumetric integration of nanodiamonds in optical fiber cores

Optical fibers with NV(-) nanodiamonds embedded along the core are reported. Magnetic field sensing is validated along with nanodiamond concentration scaling and NV(-) fluorescence coupling to the guided modes.

Speaker: Prof. Ryszard Buczynski (University of Warsaw)

1600 Tue HallA Buczynski.pptx

Buczynski_Invited talk_Template_WSOF2022 v3.pdf

276 Fiber Based Polarization Insensitive Optical Coherence Tomography System

A fiber based polarization insensitive OCT has been developed to remove polarization artefacts from conventional OCT images. The computational processing and hardware system calibrations will be discussed. A comparison of different polarization independent schemes and results will also be presented.

Speaker: Kandeel Mukhtar (Australian National University)

1630 Tue HallA Mukhtar.pptx

Abstract_KM_AIPC2022.pdf

277 Remote magnetometry with fluorescent microdiamonds incorporated in optical fibres

We developed an optical fibre containing fluorescent micron-sized diamonds. The nitrogen-vacancy defects inside diamonds make the fibre sensitive to external magnetic fields. I will discuss the fabrication process and the sensitivity we achieved.

Speaker: Marco Capelli

1645 Tue HallA Capelli.pptx

ANZCOP 2022 abstract - Marco Capelli.pdf

278 Design of scintillator-based dosimeters using femtosecond laser processed polymer optical fibers for radiation measurement

We present simple and robust designs for optical fiber radiation sensors for dosimetry applications, by utilizing femtosecond laser micromachining.Furthermore, we examine the implementation of our technique with plastic scintillator (BCF-10) for medical radiotherapy dosimetry.

Speaker: Andreas Ioannou (Cyprus University of Technology)

1700 Tue HallA Ioannou.pptx

Abstract_Rad_WSOF2022.docx

279 Optical fibers with NV nanodiamonds end-face coating for magnetic field sensing and imaging

We propose a novel approach for remote sensing and mapping of magnetic fields with high spatial resolution using NV nanodiamond layer deposited on an end-surface of an optical fiber or an imaging fiber bundle.

Speaker: Adam Wojciechowski (Jagiellonian University)

1715 Tue HallA Wojciechowski.pptx

Abstract_AIPC2022_AW.docx

Meetings: Meet the Committees of the AIP

Poster session: Poster Session 1

280 Investigation of the Extrusion Parameters for Tellurite Optical Fibres

We report the investigation of extrusion die and glass billet parameters on the loss of tellurite fibre. The billet surface quality was found to be critical to achieve low fibre loss.

Speaker: Jobaida Akhtar (Institute for Photonics and Advanced Sensing, The University of Adelaide, SA 5005, Australia and School of Physical Sciences, The University of Adelaide, SA 5005, Australia.)

Abstract_WSOF_2022_JA_final.docx

281 Technology evaluation of low loss all-fiber fanouts for multicore fibers

In this work we present our all-fiber fanout technology and the results of its evaluation. The broadband, low-loss components were tested for optical, environmental and mechanical performance showing high maturity and readiness for field deployments.

Speaker: Krzysztof Wilczyński (InPhoTech sp. z o.o., ul. Poznanska 400, 05-850 Oltarzew, Poland)

Technology evaluation of low loss all-fiber fanouts for multicore fibers_KWilczynski.pdf

282 Simulating power cable damage through monitoring temperature of multimode optical fibres with a state-of-the-art distributed sensing instument

Detection of simulated failures in underground power cables using Multimode fibers. Failure in underground power cable couases overheat (hot-spot), and locating the problem is difficult. Detection is achieved through Distributed Temperature Sensors that use RAMAN-based measurements for high-precision temperature detection.

Speaker: Andreas Ioannou (Cyprus University of Technology)

Abstract_Lightsense_2022.docx

283 Visualization of glass flow during extrusion to track glass deformations

The paper reports an experimental method to visualize glass flow through an extrusion die. A soda-lime glass was used as the model glass for the visualization. The initial work used simple die designs to refine existing theoretical models.

Speaker: Anna Radionova (Institute for Photonics and Advanced Sensing (IPAS) & School of Physical Sciences, The University of Adelaide, Adelaide 5005, SA, Australia)

Radionova_et_al_Visualisation_of_extrusion.pdf

284 A Compact Raman System for the identification of Whisky

We designed and deployed a novel compact Raman spectrometer to discriminate between original and imitation whisky, with ethanol concentrations measured to within 2% accuracy. This work has application potential in the liquor industry.

Speaker: Kwang Jun Lee

Abstract_CompactRaman.docx

285 A Rubidium Cold Focussed Ion Beam

We present a laser-cooled rubidium focussed ion beam for use in nano-fabrication and imaging. We aim to achieve higher beam brightness and smaller focus spot sizes than gallium focussed ion beams.

Speaker: Kaih Mitchell

AIP2022_Kaih Mitchell.pdf

286 A survey of methods for predicting electronic structure

We carry out a comprehensive survey of ab initio methods to predict the electronic band structure of Ag, graphene, and FeSe, and compare the results with ARPES data.

Speaker: Tanglaw Roman

TRoman_AIP2022_Abstract.pdf

287 An Interaction Quench Heat Engine Using a One-Dimensional Bose Gas

We theoretically investigate the performance of an interaction-driven many-body quantum heat engine with a working medium consisting of an experimentally realisable, harmonically trapped one-dimensional Bose gas, exploring the entire phase diagram.

Speaker: Raymon Watson

RaymonWatson(AIP2022).pdf

288 An Investigation of MEMS-based Photonic Switch Structure

A novel energy-efficient and high-performance MEMS-based mechanical switching structure with a suspended waveguide is investigated for developing the applications of high-speed optical communication networks, hyper-scale datacenter and data-intensive computing systems.

Speaker: Yan Liu

COMMAD - Yan Liu.pdf

289 Atomically Thin Indium Oxide Based Nanosheets for Optoelectronics

2D antimony doped indium oxide (IAO) nanosheets with few atom thicknesses have been synthesized utilizing liquid metal printing technique. The work proposes a viable pathway for realizing ultrathin transparent semiconducting oxides (TSOs) with enhanced electronic and optical properties.

Speaker: Mr Chung Kim Nguyen (RMIT University)

Abstract_Chung Kim Nguyen_AIPC2022.pdf

290 Benchmarking of Different Optimizers in the Variational Quantum Algorithms for Applications in Quantum Chemistry

This work focuses on the performance of different classical optimizers when used in variational quantum algorithms, specifically for applications in quantum chemistry, for example, evaluating the ground state energy, the dissociation energy, and the dipole moment of different molecules.

Speaker: Mr Harshdeep Singh (IIT Kharagpur)

AIP_proposal.pdf

291 Bouncing droplets and liquid time crystals

We have established a new Australian research laboratory dedicated for studies of gravitationally bouncing droplets of fluid. In this inaugural work we have created and observed long-lived and interacting time crystals.

Speaker: Tapio Simula

AIP22_Abstact_Droplet.pdf

292 Bound states in microwave QED: Crossover from waveguide to cavity regime

In this work we present a unifying theory based on Green's function that realistically model waveguides talking into accounting finite size and boundaries. We then apply our formalism to experimentally study Atom-Photon Bound states in a rectangular waveguide QED system.

Speaker: Pradeep Nandakumar (ARC Center for Engineered Quantum Systems and Department of Maths and Physics, University of Queensland)

Bound states in microwave QED Crossover from waveguide to cavity regime_AIP_abstract.pdf

293 Coherent multi-mode dynamics of Terahertz Quantum Cascade Lasers in Fabry Perot configuration

Quantum cascade lasers emitting frequency combs are of interest due to the variety of novel applications they could support. Here we present a numerical study about the self-generation of these combs in the terahertz region.

Speaker: Carlo Silvestri (The University of Queensland)

THz_Combs_COMMAD_2022.pdf

294 Compilation of algorithm specific graph states for quantum circuits

Measurement based quantum computing is an alternate formulation of quantum computing to the ubiquitous circuit model. Here we demonstrate how to generate algorithm specific graph states to implement arbitrary quantum circuits in this model.

Speaker: Madhav Krishnan Vijayan (University of Technology Sydney)

Madhav_Vijayan_AIPC_submission.pdf

295 Compositionally Manipulating Nonlinearities in Novel Optical Fibers Based on the Molten Core Method

Nonlinear properties of optical fibers are parasitic at high optical powers and can be manipulated by tuning the composition of the fiber core via the molten core method (MCM) for fiber fabrication.

Speaker: Miranda Stone

WSOF 2022 Abstract.pdf

296 Constraining Beyond The Standard Model Nucleon Isovector Charges

At the TeV scale, low-energy precision observations of neutron characteristics provide unique probes of novel physics. Precision studies of neutron decay observables are susceptible to beyond the Standard Model (BSM) tensor and scalar interactions, while the neutron electric dipole moment, $d_n$, also has high sensitivity to new BSM CP-violating interactions. To fully utilise the potential of future experimental neutron physics programs, matrix elements of appropriate low-energy effective operators within neutron states must be precisely calculated. We present results from the QCDSF/UKQCD/CSSM collaboration for the isovector charges $g_T,~g_A$ and $g_S$ using lattice QCD methods and the Feynman-Hellmann theorem. We use a flavour symmetry breaking method to systematically approach the physical quark mass using ensembles that span five lattice spacings and multiple volumes. We extend this existing flavour breaking expansion to also account for lattice spacing and finite volume effects in order to quantify all systematic uncertainties.

Speaker: Rose Smail (The University of Adelaide)

297 Convergent close-coupling calculations of electrons scattering on HeH+

The molecular convergent close-coupling (MCCC) method is used to perform calculations of 10–1000 eV electrons scattering on the electronic and vibrational ground state of HeH+. Cross sections are presented for excitation of the n=2–3 singlet and triplet states and ionization.

Speaker: Prof. Dmitry Fursa (Curtin University)

FURSA_abstract.pdf

298 Coupled mode theory for BECs in a square bipartite optical lattice.

We apply the coupled-mode theory to study the steady state of BECs loaded into the p-band of a 2D bipartite optical lattice potential. We demonstrate the possibility to create a superposition of Bloch states with a nontrivial orbital texture.

Speaker: Abbas Hussein (ANU)

Abbas_Abstract.pdf

299 Critical Velocity and Vortex Nucleation for Superfluid Flow Past a Finite Obstacle

We characterise the emergence of vortex pairs in stationary solutions of superfluid flow past a finite obstacle, both analytically and numerically. We demonstrate how this leads to the breakdown of superfluidity at the critical velocity.

Speaker: Charlotte Quirk

Quirk AIP Abstract.pdf

300 Cross sections for electron scattering from atomic tin

The relativistic convergent close-coupling method was applied to calculate a comprehensive collision dataset for electron scattering from atomic tin. Elastic, excitation and ionisation cross sections are presented for the ground and low-lying excited states.

Speaker: Haadi Umer (Curtin University)

ElectronOnTin_Abstract.pdf

301 Crystallinity Properties of Ternary III-Oxide Alloys

In this work, DFT analysis is employed to study the structural evolution of ternary III-oxides, such as (InxAl1-x)2O3, (AlyGa1-y)2O3, and (GazIn1-z)2O3, determining the compositions at which phase transitions occur and important physical parameters.

Speaker: Dr Justin Goodrich (Brookhaven National Laboratory,)

Oxide abstract_Hanlin.docx

302 Current Status and the Future for Automation and Monitoring of Calibration Procedures at the Belle II Experiment

Some new developments and lessons learned in the automated calibration system for the Belle II experiment over the past two years.

Speaker: David Dossett

abstact.pdf

303 Decode NFDM-QAM signals with carrier phase and frequency offsets using convolutional neural network

This work explores the potential of convolutional neural network to directly decode information encoded in the nonlinear Fourier domain under the influence of carrier frequency offset and carrier phase offset.

Speaker: Wen Qi Zhang (University of South Australia)

NFT_AIP2022.pdf

304 Determination of Transition Polarisability for Atomic Parity Violation in Cesium

Determination of transition polarisability for atomic parity violation in cesium.

Speaker: Jayden Hasted (The University of Queensland)

Jayden-Hasted_AIP_Abstract.pdf

305 Development of a glass-based imaging phantom to model the optical properties of human tissue

We present a novel design of optical phantom using metal-ion doped glass-ceramics. Comprising crystalline structure and nickel ion in the glass matrix, this glass-based optical phantom can mimic the optical properties of human tissues with excellent optical homogeneity and stability.

Speaker: Mr Mingze Yang (The University of Adelaide)

ANZCOP2022 Mingze Yang.pdf

306 Dielectric Metasurfaces Based Polarimetry for Satellite Imaging

We present a topology-optimised metasurface design for ultra-compact and light-weight space-based polarimetry, allowing for five parallel polarisation measurements across the moving image strip, to facilitate applications including water glint removal.

Speaker: Sarah Dean (The Australian National University)

anzcop2022_Sarah_Dean.pdf

307 Diffuse Scattering Studies from a Martensitic Fe-Pd Alloy

Results from the Koala, Taipan and Sika instruments at the OPAL reactor, ANSTO, reveal two martensitic transformations for an Fe-30at%Pd crystal between 400 to 100K. These results will be discussed in this poster presentation.

Speaker: Prof. Trevor Finlayson (University of Melbourne)

AIPC2022_Finlayson et al.docx

308 Direct Detection of Multi-Component Dark Matter with Gravitational Focusing

We motivate a dark matter model correction, due to the sun's gravity, in which direct detection experiments are expected to exhibit a non-sinusoidal signal. We also explore the dark sector consisting of more than one distinct mass component.

Speaker: Bill Loizos

309 Distance calibration via Newton’s rings in yttrium lithium fluoride whispering gallery mode resonators

A high $Q$-factor whispering-gallery mode resonator was fabricated of yttrium lithium fluoride, furthermore an independent measurement of the coupler separation distance was explored for beam alignment and in probing the evanescent field between our couplers.

Speaker: Joshua Christensen (University of Otago)

Josh_Christensen_ANZCOP_22_Abstract.pdf

310 Dynamics of Nanotube Electromechanical Oscillator Coupled to Single Electron Transistor

We model the dynamics of nanomechanical oscillator coupled to single electron transistor using the nonlinear Fokker-Planck equation in the regime where transport is fast compared to mechanical dynamics. The calculations are compared with recent experimental results.

Speaker: Mr Govind Sasikumar (School of Engineering and Information Technology, UNSW Canberra, ACT, 2600, Australia.)

AIP_Abstract.pdf

311 Effect of the silicon substrate on singlet and triplet exciton binding energy in crystalline tetracene

We study the effect of the inorganic semiconductor substrate on the exciton binding energies in the crystalline tetracene and its implications for the singlet fission effect.

Speaker: Dr Mykhailo Klymenko (ARC Centre of Excellence in Exciton Science, RMIT University)

Klymenko_Abstract_AIPC2022.pdf

312 Efficient Frequency doubling in LNOI Waveguides using Bounded State in Continuum

We show a theoretical analysis of second-order nonlinearity in unpoled SiN strip-loaded LNOI waveguides with bound states in the continuum predicting a conversion efficiency of 1000% W-1 cm-2.

Speaker: Andreas Boes (University of Adelaide; RMIT University)

313 Electrical Detection of Coherent Spin States in a Silicon Carbide Device

We present our recent results on the electrical detection of coherent spin manipulation of spin-dependent recombination in a silicon carbide pn-junction device at room temperature via pulsed electrically detected magnetic resonance.

Speaker: Chris Lew

AIPC2022_abstract_SiC_CL.pdf

314 Electronic properties of 1T-TiSe2, numerical models of the formulation and melting of the charge density wave state

We use dynamical mean-field theory in conjunction with density functional theory and time-dependent Ginzburg-Landau formalism to investigate the electronic properties of the charge density wave (CDW) material 1T-TiSe$_{2}$ to better understand the formation and melting of the CDW state.

Speaker: Joshua Gray (RMIT University)

JGray_abstract_AIPC2022.pdf

315 Enabling the exploration of exotic imaging phenomena triggered by non-linear fluorophores in confocal systems

We present a powerful theoretical framework, organized as user-friendly open-source tool, for exploring image formation in confocal microscopes when using non-linear fluorophores. It allows extremely convenient image optimization and enables the unraveling and exploration of unexpected and exotic imaging phenomena.

Speaker: Dr Denitza Denkova (Institute for Bioengineering of Catalonia (IBEC))

Denitza Denkova_AIPC2022_SEE_final.docx

316 Engineered entropic forces allow ultrastrong dynamical backaction

Using a superfluid helium third-sound resonator, we engineer the dynamical backaction from entropic forces, applying it to achieve optomechanical phonon lasing with a threshold power of only 2 picowatts, a factor of 2000 lower than has been shown before.

Speaker: Christopher Baker (The University of Queensland)

AIP_Congress_2022_Abstract__CB_.pdf

317 Enhanced room temperature valley polarization in WS2 excited above resonance.

We use polarisation resolved photoluminescence to reveal enhanced valley polarisation of excitons on a ferromagnetic substrate. This indicates energetic splitting of the valleys induced by the magnetic field and potential magnetic exchange interactions.

Speaker: Kyle Boschen (Swinburne University of Technology)

318 Enhancement in NELIBS with silver and gold nanoparticles and N-Graphene QDs

Gold and Silver Nanoparticles and N-Graphene Quantum Dots (N-GQDs) were used for NELIBS. 199% and 208% of signal improvements were reached with Au and Ag nanoparticles. In N-GQDs case, 79% of signal improvement was reached.

Speaker: Carlos Eduardo Nogales Herrera (Escuela Politécnica Nacional)

ANZOS 2022.pdf

319 Entanglement based probe new macroscopic forces

We propose the use of charged, massive particle interferometers to probe for new or modifications to known forces at close range. We consider such a devices ability to detect Yukawa style modifications to gravity and the electromagnetic interactions.

Speaker: Ryan Marshman (University of Queensland)

Entanglement based probe for new macroscopic forces.pdf

320 Evidence from CDF II and Muon g−2 for a new particle at 80.4287(22) GeV/c^2

Recent measurements of W mass and muon gyromagnetic anomaly disagree with the Standard Model. Both are reconciled by a preon model, with tension under 0.5 sigma and first-principles prediction of W and Z masses.

Speaker: Dr Robert Pfeifer

Pfeifer_AIPC2022_abstract.pdf

321 Exciton dynamics: Beyond thermal equilibrium

Exciton dynamics in organic semiconductors, such exciton transport and spin-mediated spectral conversion. Theoretical modelling and experimental interpretation using Markovian and non-Markovian quantum master equations. Dynamics, Steady-state solution and departure from Markovianity.

Speaker: Francesco Campaioli

campaioli_aip_2022.pdf

322 Exploring the Properties and Stabilization of Nanoscale Overlayer/Metal cluster Architectures.

Stiblaistion of metal clusters in the surface by adding an overlayer of metal oxide using ALD, it is expected to prevent the agglomeration and stabilise metal clusters on the surface for applications in catalysis, photocatalysis, medical devices, and sensors.

Speaker: Mohammed Asiri (M.Asiri)

323 Exploring the quantum interference of neutral matter waves reflected from ultra-thin films and surfaces

See attached word document

Speaker: David Cortie

abstract_Cortie_AIP.docx

324 Fabrication and Characterization of Superconducting High-fluence Ga-implanted and In-implanted Silicon Thin Films

In this work, we explore better ways to fabricate superconducting nanometre-thick high-fluence indium and gallium implanted SOI films. We provide structural and electrical measurements of these devices in preparation for fabricating patterned devices which may be used for quantum technologies.

Speaker: Fei Hu

Fei COMMAD 2022 abstract.docx

325 Fibre optic hydrophone based on pressure sensitive microstructed optical fibre

A pressure-sensitive microstructured optical multimode fibre is used to build a hydrophone using a homodyne detection configuration. The fibre hydrophone is tested again a commercial piezo-electric hydrophone and shows similar performance across the whole audio frequency band.

Speaker: Wen Qi Zhang (University of South Australia)

Hydrophone_AIPC2022_Final.pdf

326 Flavoured Peccei-Quinn symmetry and the DFSZ Axion

The DFSZ axion, which solves the Strong CP problem, suffers from a cosmological domain wall problem. In this talk, I provide a catalogue of domain-wall-free DFSZ-like axion models by modifying the structure of the Yukawa couplings based on symmetry principles

Speaker: Maaz Hayat (University of Melbourne)

327 Fluctuation theorem in non-equilibrium vortex systems

We want to analyse the fluctuation theorem in the context of a two-dimensional vortex matter system.

Speaker: Rama Sharma (Optical Sciences Centre, Swinburne University of Technology, Melbourne, Australia)

Rama_abstract_AIP_Adelaide_2022.pdf

328 Frequency control of diamond Raman lasers for guide star applications

Reporting on the development of next-generation guide star laser technology using diamond Raman laser that aims to increase power, provides frequency stabilization, and narrow laser linewidth required for guide star applications.

Speaker: Prof. Rich Mildren (Macquarie University, Australia)

Abstract_Diamond_GSL_AIPC2022_v4.pdf

329 Fully Stripped Beryllium-Ion Collisions with Atomic Hydrogen Initially in an Excited State

The ITER and JET fusion reactors use beryllium-containing materials in plasma facing wall components. We calculate integrated total and state-selective electron-capture cross sections for Be$^{4+}$ collisions with excited states of atomic hydrogen using the wave-packet convergent close-coupling method.

Speaker: Nicholas Antonio

Antonio_AIPC2022.pdf

330 HF Radar Signatures of Surface Gravity Wave Spectra on Shear Flows

We develop a radar scattering theory for time-varying surfaces with anisotropic dispersion relations, and apply it to the problem of remote sensing of flows generated by internal gravity waves in the ocean.

Speaker: Stuart Anderson (University of Adelaide)

Stuart Anderson AIP Congress Abstract.docx

331 High-precision laser Doppler velocimetry off an airborne target

We demonstrate laser Doppler velocimetry to a moving airborne drone at a distance of 600 m, achieving an in-line velocity precision of 2 nm/s with 10 seconds of averaging.

Speaker: Benjamin Dix-Matthews (The University of Western Australia)

benjaminDixMatthews_AIPC2022.pdf

332 Homodyne measurement with a Schrödinger cat state as a local oscillator

We present a new approach to analysing homodyne measurement using Schrödinger-cat states as local-oscillators and give the characteristics of this type of measurement for various different input states.

Speaker: Austin Lund

APL_Cat_Abstract_AIPC2022.pdf

333 Image and emission spectrum of luminescent nanostructures

In this work we obtain images using an Optical Laser Scanning system. Scanning is performed with a laser beam (375 nm) through a 100X microscope objective, the sample is in an XY translation stage (~ 20 nm by step).

Speaker: Lothar José Carlos Vilchis Martínez (Universidad Nacional Autónoma de México)

Image and emission spectrum of luminescent nanostructures.pdf

334 Increasing silica loading in fibre preform fabrication by 3D DLP printing

The processing of UV curable resin for manufacturing 3D fibre preforms based on DLP technology has been investigated. Fibre preforms with higher silica loading have been successfully fabricated.

Speaker: Ms Jiaying WANG (1 Photonics and Optical Communications, School of Electrical Engineering & Telecommunications, University of New South Wales, Sydney, NSW 2052, Australia 2 Materials and Manufacturing Futures Institute, UNSW Sydney, NSW 2052, Australia)

0 Increasing silica loading in fibre preform fabrication by 3D DLP printing-Jiaying WANG.docx

335 Information Flow in Non-Unitary Quantum Cellular Automata

We propose a new measure of information flow in non-unitary quantum cellular automata which defines an equivalence class of open quantum systems that are coupled to an environment and are invariant in time and space.

Speaker: Elisabeth Wagner (Macquarie University)

Abstract_AIPC2022_Wagner.pdf

336 Infrared-to-Telecom Frequency Conversion in an Atom-Filled Hollow-Core Fibre

We characterise near-IR to telecom frequency conversion via four-wave mixing in a rubidium-filled hollow-core fibre to allow for information transfer between efficient quantum memories within a fibre-based quantum network.

Speaker: Jed Rowland

JR_Abstract.pdf

337 Integrated deflection measurement for electrostatically actuated MEMS

Modern surface micromachined optical MEMS commonly use electrostatic means to achieve mechanical actuation and often require a closed feedback loop to maximize tuning accuracy. Our method enables MEMS membrane displacement measurement without device modifications.

Speaker: Michal Zawierta (The University of Western Australia)

MichalZawierta_COMMAD2022_Abstract.pdf

338 Inter-laboratory comparisons in support of the development of standards for 2D materials

NMI participates in international inter-laboratory comparisons (ILCs) supporting development of standards for graphene and 2D materials. This presentation highlights the technical challenges of the accurate measurement and characterisation of these materials with Atomic Force Microscopy.

Speaker: Mr Malcolm Lawn (National Measurement Institute Australia)

20220729_AIPC2022_Abstract_MalcolmLawn_NMIA.pdf

339 Laser Stabilisation Techniques for Space Applications

We present ‘tilt locking’ as a potential candidate for laser stabilisation for space applications and demonstrate the performance at stabilization limits near the standard RF approaches.

Speaker: Namisha Chabbra (Australian National University)

AIP Abstract Final Namisha Chabbra.docx

340 Limitations on feasibility of satellites for distributed quantum computer networks

In the context of Distributed Quantum Computing,this work demonstrates the impediments on the usage of satellites for distributing entanglement between two error-corrected quantum computers on earth separated by varying distances.

Speaker: Srikara Shankara

Abstract_Template_AIPC2022_sri.pdf

341 Linewidth Measurement and Frequency Control of High Power, Single Frequency, Diamond Raman Laser (DRL)

Recent developments in several fields require high power narrow linewidth lasers. Here, we measure the linewidth of a high power, single frequency DRL. We furthermore propose as a novel static frequency control mechanism, with speeds comparable to piezo-electric devices.

Speaker: Richard Pahlavani (Macquarie University)

ANZCOP_2022_DRL_Linewidth_and_frequency_tuning (4).pdf

342 Magnetic Monopole Response for an Electric Charge Near Multilayer Composites with Topological Insulator

One key challenge in the search for new Topological Insulators (TI) is their characterization. Through theoretical modelling, we identify a method to improve the magnetic monopole response of TI which can be used to rapidly characterize the properties of TIs.

Speaker: Dr Qiang Sun (Australian Research Council Centre of Excellence for Nanoscale BioPhotonics, School of Science, RMIT University, Melbourne, VIC 3001, Australia)

TI_ElectricSource_AIP2022_submitted.docx

343 Measurement of B0 --> D-pi+pi0 at the Belle Experiment

This analysis uses the Belle dataset consisting of $620\times10^6$ B meson pairs and includes a first measurement of the branching fraction and helicity angle asymmetry of $B^0\to D^-\pi^+\pi^0$ as well as an update to the branching fraction of $B^0\to D^-\rho^+$.

Speaker: Kim Smith

KIMSMITH-AIP_Submission.pdf

344 Measuring Rotation in a Bose Einstein Condensate with Phonon Interferometry

We demonstrate the use of a ring-shaped Bose-Einstein condensate as a rotation sensor by measuring the interference between two counter-propagating phonon modes.

Speaker: Charles Woffinden (University of Queensland)

Abstract_Phonon_AIPC2022.docx

345 MEMS based silicon-air-silicon long wave infrared spectrometer

Micro Electro-Mechanical Systems (MEMS) based Fabry Perot interferometers offer low size, weight, and power (SWaP) platforms for carrying out spectroscopic and chemical/biological sensing while being mechanically robust and field-portable unlike traditional bulk-optics based techniques.

Speaker: Hemendra Kala (The University of Western Australia)

COMMAD 2022 abstract.docx

346 Modelling of Nonlinear Amplifier in the Mid-IR Region

We use an improved numerical model to demonstrate the advantages in terms of increased average power and spectral broadening while generating a supercontinuum using a nonlinear amplifier over the traditional method of using an amplified pulse seeding a passive fibre.

Speaker: Bhaswar Dutta Gupta (University of Auckland)

ANZCOP_2022_BDG.pdf

347 Molecular convergent close-coupling calculations for the ionisation of H2 and its isotopologues

The molecular convergent close coupling method was applied to study the ionisation of molecular hydrogen and its isotopologues from various electronic states. Vibrationally-resolved cross sections are presented and compared with data from literature.

Speaker: Dmitry Fursa (Curtin University)

abstract_final.pdf

348 Monolithic Metalenses in Mono-Crystalline Silicon Carbide

Our project demonstrates two types of monolithic SiC metalenses, a Conventional one and an extended focal length one, to capture light from quantum emitters embedded close to the surfaces of the monocrystalline SiC material.

Speaker: Ziwei Yang (Australian National University)

ANZCOP_SiC metalens_Ziwei Yang.pdf

349 Monte Carlo modelling of elastic and Raman returns from the water column

We present the first, to our knowledge, Monte Carlo model of Raman scattering in the water column under pulsed laser excitation, and will compare and contrast the characteristics of elastic and Raman returns.

Speaker: Mr Brad Neimann (Macquarie University)

Abstract - Monte Carlo modelling of elastic and Raman returns from the water column.pdf

350 Multi-scale modelling of STM devices with in-plane degenerately doped contacts

We demonstrate a hybrid quantum-semiclassical multi-scale modeling approach to characterize degenerately phosphorus-doped in-plane contacts and their impact on the energy states of the precision placed donor quantum dots under different bias conditions in silicon STM devices.

Speaker: Mushita Masud Munia (University of New South Wales)

Abstract_for_AIP_Final.pdf

351 Nature of inertia and dynamic gravitational field

Presented is the concept of creating inertial force by the field theory. Provided is the candidate equation that describes inertial force by that field and the experiment that can test the new concept

Speaker: Branko Kovac

Abstract_DynamicGravitation_AIPC2022.docx

352 New developments in the transcorrelated method for multicomponent quantum gases

We report results for the transcorrelated method applied to multicomponent quantum gases. We discuss applications of our methods to few atom systems that are achievable in experimental setups, as well as to liquid droplets and heavy impurities in quantum gases.

Speaker: Chris Bradly

Bradly_abstract_AIPC2022.pdf

353 Non-linear simulations of weak gravitational lensing

We perform fully non-linear simulations of cosmological weak gravitational lensing and extract observables that will be probed by the next generation of large scale structure surveys.

Speaker: Adam Stewart (The University of New South Wales)

WeakLensing-AIPcongress.pdf

354 Non-perturbative solution to quantum parametric down-conversion in open optical systems

We develop a non-perturbative description of spontaneous parametric down-conversion in the high-gain regime for nanostructured systems with arbitrary amounts of loss and arbitrary dispersion. As an example, we use it numerically to investigate integrated quantum spectroscopy at high gain.

Speaker: Mr Aleksa Krstić (Abbe Center of Photonics, Institute of Applied Physics, Friedrich-Schiller University Jena)

aipc_2022_abstract.pdf

355 Nondegenerate internal squeezing: An all-optical, loss-resistant quantum technique for gravitational-wave detection

The detection of kilohertz-band gravitational waves promises discoveries in astrophysics, exotic matter, and cosmology. We study how to theoretically improve future interferometric gravitational-wave detectors' kilohertz-band sensitivity which is limited by quantum noise.

Speaker: James Gardner

Abstract_Template_AIPC2022.pdf

356 Novel Ultrafast Laser Inscribed Multi-Pass Waveguides for Reduced Bend Losses

Demonstration of a novel multi-pass approach to ultra-fast laser inscribed waveguide fabrication, which improves optical mode confinement and reduces bend losses for small radii of curvature, enabling more compact photonic integrated circuits and greater integration density.

Speaker: Andrew Ross-Adams (Macquarie University)

AndrewRA_Abstract_AIPC2022.pdf

357 On the evolution of nanoparticles in nanoparticle-doped optical fibers

This work studies the phase and structural evolution of Yb-doped alkaline earth fluoride nanoparticles in silica-based optical fiber during thermal treatments in fiber fabrication. This knowledge will aid in understanding and tailoring the optical properties in the resultant fibers.

Speaker: Mary Ann Cahoon (Clemson University)

WSOF 2022 Abstract.pdf

358 On the query complexity of connectivity with global queries

We study the query complexity of determining if a graph is connected with global queries. By following the template of l0-samplers, we construct quantum algorithms solving graph connectivity in several global query models.

Speaker: Arinta Auza

abstract_aip.pdf

359 Optical detection of VOCs using metal-organic framework decorated metasurfaces

We employ high quality-factor nano resonators coated with metal-organic frameworks to obtain high sensitivity and selectivity towards a specific VOC. In this work, we have demonstrated a LOD of 400 ppm in ambient conditions which aids to test hyperglycaemic condition.

Speaker: Shridhar Manjunath (ARC Centre of excellence TMOS)

Manjunath_etal_AIP2022.pdf

360 Optical lock-in camera for gravitational wave detectors

Phase cameras are wavefront sensors which measure the transverse amplitude and phase of specific frequency components of optical fields. In this presentation we discuss a new all optical phase camera design and give an overview of previous and ongoing applications.

Speaker: Mitchell Schiworski (University of Adelaide, Australia)

AIP_ANZCOMP_2022_abstract.pdf

361 Optimal mitigation of random-telegraph-noise dephasing by spectator-qubit

We develop optimal measurement and control strategies for spectator-qubits(SQ) to mitigate data-qubit dephasing caused by a random telegraph process. Our findings show that the SQ, like Dynamical Decoupling and Quantum Error Correction, may effectively increase the coherence of the data-qubit.

Speaker: Behnam Tonekaboni Faghihnasiri (Griffith University)

AIP_Abstract_Behnam.pdf

362 Optimisation of electron spin qubits in electrically driven multi-donor quantum dots

2P:1P multidonor quantum dot EDSR qubit model, optimizing spin rotation and coherence. The model accounts for complete understanding of what impact qubit geometry and nearby charge defects have on the electrical operation and noise properties.

Speaker: Abhikbrata Sarkar (University of New South Wales)

poster_aipc_abhikbrata.pdf

363 Origin of the baryon magnetic polarisability

New insight into the quark mass dependence of octet baryon magnetic polarisabilities is created by confronting lattice QCD with a constituent quark model description of fractionally charged baryons where individual quark sector contributions are isolated.

Speaker: Thomas Kabelitz

Kablitz-Polarisabilities.pdf

364 Over 200 mW single-frequency Tm-doped fiber ring laser at 2.05 μm

A 215 mW single-frequency thulium-doped ring-cavity fiber laser operating at 2050 nm based on Tm/Ho-codoped fiber saturable absorber has been proposed and experimentally demonstrated for the first time.

Speaker: Lu Zhang (TIANJIN UNIVERSITY)

Over 200 mW single-frequency Tm-doped fiber ring laser at 2.05 μm.pdf

365 Phase-space simulations of Gaussian Boson Sampling quantum networks

We show how one can use phase-space represenations of quantum mechanics to compare theoretical and experimental outputs of linear bosonic networks. These methods are applied to data from recent large scale experiments of a Gaussian Boson Sampling quantum computer.

Speaker: Alexander Dellios

A_Dellios_AIP_2022_abstract.pdf

366 Preferential coupling of NV nanodiamond to doped fibre and spliced SMF

We have investigated the preferential coupling of the nanodiamond into the guided-modes of a step-index fibre. To explore the possibility of long-distance magnetic field sensing we have also modelled the coupling efficiency of splicing diamond-doped fibres to commercial SMF-28e fibres.

Speaker: Dr Shuo Li (ARC Centre of Excellence for Nanoscale BioPhotonics, RMIT University)

Abstract_AIPC2022_Shuo_v2.pdf

367 Quantum Approaches to Combinatorial Optimisation Problems in the Automotive Industry

Quantum approaches to the binary paint shop problem – an optimisation challenge in the automotive industry – are investigated. We benchmark the quantum approximate optimisation algorithm and its recursive variant against classical heuristics and exact solvers

Speaker: Gary Mooney (University of Melbourne)

Mooney Poster AIP Congress 2022 Abstract[1][40].pdf

368 Quantum Diamond Magnetometers for Precision Vector Magnetic Field Sensing

Here we describe our work on the development of a precision vector quantum diamond magnetometer (QDM). We will also discuss future opportunities for engineering quantum-grade diamond materials for precision magnetometry applications here in Australia.

Speaker: David Simpson

Simpson_AIP_Abstract_2022.pdf

369 Quantum Machine Learning: Quantum Kernel Methods

Quantum Machine Learning is an exciting prospect emerging from the recent advances in Quantum Computing. The ability to derive a quantum advantage over classical algorithms is paramount and this paper explores methods based on quantum kernels to realise this advantage.

Speaker: Sanjeev Naguleswaran

QML_AIPC2022.pdf

370 Quantum measurement and control with massive mechanical oscillators

Measurement and control of massive mechanical oscillators in the quantum regime is now possible [Nature 556, 478 (2018); Science 372, 625 (2021)]. I will describe this work and the possibilities it enables for sensing with non-classical mechanical systems moving forwards.

Speaker: Matt Woolley (UNSW Canberra)

Abstract_Template_AIPC2022.docx

371 Quantum optical levitation of a mirror

We present a quantum theory of a one dimensional optically levitated mirror. We consider the resulting entanglement between the mirror and cavity field and squeezing in the mirror output. We consider the visibility of this entanglement and thermal effects.

Speaker: Ryan Marshman (University of Queensland)

Quantum optical levitation of a mirror.pdf

372 Quantum transduction with atomic three-level systems

We investigate a scheme for microwave-to-optical transduction using atomic three-level systems. Using quasi-degenerate perturbation theory we derive an effective Hamiltonian description for the conversion process. We find that the conversion is limited by off-resonant effects like unintended biphoton emission.

Speaker: Thomas Smith (University of Sydney)

three_level_systems.pdf

373 Quench dynamics of the extended Su-Schrieffer-Heeger model

In this work we study quench dynamics within the extended Su-Schrieffer-Heeger model. Specifically we consider the question if there is a quench between two topological states does the "path" of the quench impact the survival of the initial state.

Speaker: Mr Anirban Ghosh (Indian Institute of Technology Kharagpur)

Anirban_Abstract_Template_AIPC2022_Andy.docx

374 Quench dynamics of trapped many-body systems.

We consider harmonically trapped systems of two and three bodies interacting via a contact interaction and present semi-analytic calculations of time-dependent observables, Ramsey signal and particle separation, following a quench in s-wave scattering length.

Speaker: Alex Kerin

AlexKerinAIPCsubmission2022.pdf

375 Rare B-meson decay processes in the ATLAS detector at CERN

A brief survey of recent B-physics studies with the ATLAS detector at the LHC, concentrating on tests of the standard model of particle physics.

Speaker: Matthew Fewell (University of Adelaide (AU))

Fewell et al AIP Congress abstract.docx

376 Ray Tracing for Refractive Index Matching Free Optical Projection Tomography

Reconstruction techniques with the aid of ray tracing are investigated for a custom-built OPT system operated without applying index matching material to strongly refracting objects.

Speaker: Ms Zixin Liang (Centre for Gravitational Astrophysics, The Australian National University)

Abstract_ZL_AIPC2022.pdf

377 Real time monitoring of nitrogen vacancy fluorescence during ultrafast pulsed laser heating of diamond

Here we report the research of real-time fluorescence monitoring during the creation of NV color centers in diamond using a femtosecond laser.

Speaker: Davin Yue Ming Peng (Australian Research Council Centre of Excellence for Nanoscale Biophotonics, RMIT University)

ANZCOP2022_abstract_Davin Peng.pdf

378 Recovering quantum metrology advantage in the presence of noise

In quantum metrology in the presence of noise, we show that using multi axis control leads to better than SQL scaling, and can even recover Heisenberg scaling under appropriate conditions.

Speaker: Nattaphong Wonglakhon (Griffith University)

Abstract_Nattaphong.pdf

379 Regenerated Polymer Optical Fibre Bragg Gratings for Cochlear Implantation

High temperature sustainability of a new class of Bragg gratings referred to as regenerated polymer optical fiber Bragg gratings (RPOFBGs) in ZEONEX-based polymeric fibers are explored and integrated with cochlear implants to aid surgical navigation.

Speaker: Dinusha Gunawardena (The Hong Kong Polytechnic University)

WSOF-Regenerated Polymer Optical Fibre Bragg Gratings for Cochlear Implantation.pdf

380 Respiratory Rate Monitoring Using Multimode Fibre Specklegram Sensor

We demonstrated of a multimode fibre specklegram sensor for noninvasive respiratory rate monitoring on a hospital mattress using deep learning.

Speaker: Md Nazmul Islam Sarkar (University of South Australia)

Abstract_AIPC2022.pdf

381 Self-acceleration of non-Hermitian exciton-polariton wave packets

We theoretically investigate the wavepacket dynamics in a non-Hermitian, optically anisotropic exciton-polariton system and observe their self-acceleration. We also describe the formation of pseudospin topological defects in momentum space.

Speaker: Yow-Ming Hu (Australian National University)

AIP_Abstract.pdf

382 Sensitive temperature-dependent spin properties in hBN nanopowders

This study analyses the temperature-dependent spin and optical properties of hexagonal boron nitride (hBN) nanopowders, which show a complex profile in optically detected magnetic resonance (ODMR) that may be exploited as a sensitive temperature sensor.

Speaker: Fernando Meneses (The University of Melbourne)

2022-12_AIPC2022_Meneses.docx

383 Shell effects in fission and quasifission

We use static and time-dependent mean-field approaches to investigate and compare the shell effects affecting fragment formation in both fission and quasifission.

Speaker: Cedric Simenel

Abstract_Simenel_Fission_AIPC2022.pdf

384 Silicon Birefringence Mapping Measurement

The project is regarding the mapping silicon test mass birefringence using an automated system. The measurement is based on a polarization modulation technique using a PEM. Our system can measure small Birefriengence of 10^-9.

Speaker: Vahid Jaberian Hamedan

385 Simulation of the ATLAS Inner Tracker

The High-Luminosity Large Hadron Collider is due to come online sometime in 2028, posing new challenges to the ATLAS detector. The new Inner Tracker is simulated to check hardware and software expectations are met and understood.

Speaker: Emily Filmer (University of Adelaide (AU))

EFilmer_ITkSW_AIPC2022.pdf

386 Spectroscopy to observe Maxwell's Demon

To observe Maxwell’s demon in our trapped Yb ion proof-of-concept experiment, a high finesse, high absolute transmission efficiency Fabry-Perot optical cavity is being developed to resolve < MHz scale shifts of single photons.

Speaker: Rose Manakil

API_2022_Dec_Abstract.pdf

387 Spontaneous high efficiency third harmonic generation in optical fibres

Third (THG) and one-third harmonic generation (OTHG) have not been used practically despite their unique potential for various applications due to challenging phase matching conditions. Here we propose a stepladder scheme allowing efficient THG and OTHG from spontaneous processes.

Speaker: Wen Qi Zhang (University of South Australia)

OTHG_AIP2022.pdf

388 Storing the sunshine: outer valence ionization potentials of norbornadiene and quadricyclane

The study theoretically investigates outer valence molecular orbitals in the isomerization of of norbornadiene and quadricyclane. Through space interaction of NBD is confirmed as the next highest occupied molecular orbital (10a1) of NDB.

Speaker: Feng Wang (Swinburne University of technology)

AIPC_2022_FWang.pdf

389 Subsystem criticality & bifurcating entanglement renormalization

I will describe a bifurcating entanglement renomalization group flow that is based on the critical (1+ 1) D Ising model and go on to show that this defines a tensor network state with some unusual correlation function behaviour.

Speaker: Dominic Williamson

Dom_Williamson_AIP_abstract.pdf

390 Suppressing stimulated Brillouin scattering and speckle effects by adjusting the seed laser wavefront in a high-power multi-mode fibre amplifier system

We investigate wavefront shaping in a multi-mode fibre amplifier to achieve simultaneous suppression of SBS while maintaining a high output beam quality

Speaker: Ori Henderson-Sapir (University of Adelaide)

WSOF2022 - Active fibre setup - Henderson-Sapir - submitted.pdf

391 Symmetry of guided mode resonances in 2D nonlocal metasurfaces

We use symmetry analysis of metasurfaces on thin film to determine the vector field profiles of the modes and thus calculate coupling to radiation channels, mode overlaps and the nonlinear polarisation of sum frequency generation.

Speaker: Matthew Parry

Abstract_ANZCOP_2022_planar_harmonics.pdf

392 Synthetic superfluid chemistry with vortex-trapped quantum impurities

We study how impurity atoms can be trapped within superfluid vortices in a two-component BEC. This leads to distorted vortex profiles and a mass-dependent splitting of the impurities energy. The excited states of the impurity show effects analogous to chemistry.

Speaker: Matthew Edmonds (University of Queensland)

impurity.pdf

393 System for Toxic Element Analysis (STELA)

The System for Toxic Element Analysis (STELA) is a new novel instrument designed for the measurement of toxic elements at significantly improved detection limits using highly advanced X-ray optics in conjunction with X-ray fluorescence analysis.

Speaker: Jack Webster (University of Wollongong / CSIRO)

394 Taipan – a versatile thermal neutron scattering instrument for condensed matter and materials research

Taipan is the highest flux, thermal neutron scattering instrument at ANSTO, Australia. This poster will present some recent scientific highlights at Taipan – both as a triple axis spectrometer, and a Be-filter analyser spectrometer.

Speaker: Kirrily Rule (Australian Nuclear Science and Technology Organisation)

Abstract_KR_TaipanGeneral_poster.pdf

395 Techno-economic comparison for productions of hydrogen and synthetic methane from Australian wheat straw

Preliminary results on the generation of hydrogen and methane from Australian wheat straw.

Speaker: Mr Ross Swinbourn (Swinburne University of Technology)

AIPC2022_Abstract_submission_Ross_Swinbourn.pdf

396 Tensor E-graphs for Lattice QCD Nuclear Correlation Function Calculations

The newly developed tensor e-graph optimisation technique provides an efficient approach to compute correlation functions of multi-hadron states in lattice QCD. Benchmarks of numerical performance are presented for tensor e-graph optimisation applied to correlation functions for interpolating operators of nuclei.

Speaker: Nabil Humphrey

AIP_Congress_Abstract.pdf

397 The shareability of steering in two-producible states

We study steerabilities of various $n$-party 2-producible entangled states. Most strikingly, a state produced from a single 2-qubit state allows one party shared a qubit from entangled state to steer any one of the n-1 otherparties for arbitrarily large $n$.

Speaker: Qiucheng Song

Qiucheng-Song-Abstract_AIPC2022.pdf

398 Towards Bragg-based gravimetry on compact devices: A readout delay free scheme for measuring phase shifts with spatial fringes matter-wave interferometry

We present a novel atom interferometry scheme that allows readout-delay-free measurement by extracting phase information from overlapped spatial fringes to measure gravity on compact devices using Bragg pulses.

Speaker: Yosri Ben Aicha

Abstract_AIPC2022.pdf

399 Towards High-Temperature Light-Induced Spin State Trapping: Insights From the Crystal Field Theory and Molecular Dynamics

We introduce a semi-empirical microscopic model of spin crossover materials combining crystal field theory with elastic intermolecular interactions. We investigate the interplay of single site and collective physics of SCO materials. We demonstrate a realistic route to room temperature switching.

Speaker: Muhammad Nadeem (The University of Queensland)

Abstract_Nadeem-Muhammad_AIPSM2022.docx

400 Towards long-wave infrared narrowband tunable FPIs

This work presents a surface micromachined long-wave infrared tunable Fabry–Pérot interferometer (FPI) incorporating Ge/BaF2/Ge solid-material distributed Bragg’s reflectors (DBRs) for 8–10 µm optical wavelength range. This work also represents a reliable and reproducible fabrication process for tunable cavity LWIR FPIs.

Speaker: Gurpreet Singh Gill (University of Western Australia)

COMMAD - Abstract Final.docx

401 Tunable Optical Grating in Magnetic Nanofluid

The optical and chemical properties of the magnetic nanofluid can be altered using a magnetic field. The magnetic nanofluid shows tunability in the diffraction angle under a magnetic field. Hence, magnetic nanofluid is the potential candidate to prepare soft grating.

Speaker: Urveshkumar Soni (Charotar University of Science and Technology)

Tunable Optical Grating using Magnetic Nanofluid - Urveshkumar Soni.pdf

402 Utilising Second-Order Correlation Algorithms for Improved Single Photon Source Measurements

We present a quantitative comparison of algorithms commonly supplied with time tagging hardware, as well as more sophisticated algorithms presented in the literature. It is apparent that different signal-to-noise ratios and measurement efficiencies can be achieved through these different algorithms.

Speaker: Mitchell de Vries (RMIT University)

g2_AIPC2022.pdf

403 Visible to Short-Wave Infrared Photodetectors Based on the van der Waals Material ZrGeTe4

The self-terminated, layered structure of van der Waals materials introduces fundamental advantages for IR optoelectronic devices. We introduce a new van der Waals material candidate, zirconium germanium telluride (ZrGeTe4), to a growing family of promising IR van der Waals materials.

Speaker: Wei Yan (The University of Melbourne)

Visible to Short-Wave Infrared Photodetectors Based on the van der Waals Material ZrGeTe.docx

404 Volatile Crystalline Semiconductor Core Fibers

Through the use of the flux-assisted molten core method, semiconductor core fibers (GaAs and ZnSe), that cannot be directly melted at ambient pressure due to intrinsic volatility have been fabricated into meters of fiber.

Speaker: Thomasina Zaengle (Clemson University Graduate Student)

Abstract_WSOF_2022_Zaengle.pdf

405 X-ray spectroscopy of 3d transition metals

Manganese characteristic X-ray spectra have been measured at the Diamond Light Source Synchrotron (U.K.) and compared with relativistic quantum theory.

Speaker: Jonathan Dean

Abstract_JWD_AIPC2022.pdf

Wednesday 14 December

Plenary: Plenary 3

Convener: Anthony Thomas

406 Neutron stars and gravitational waves in the context of modern nuclear physics theory

Neutron stars,the densest known objects, form a rich laboratory for testing nuclear theories trying to describe the nuclear force. I will outline current approaches and their ability to impact the interpretation of gravitational waves arising from binary neutron star collisions.

Speaker: Prof. Jirina Stone (University of Oxford/University of Tennesse)

0945 Wed HallC Stone.pptx

Stone AIP 2022 abstract.pdf

10:30 Morning tea

Focus Session: National Vision for Nuclear Science and Applications 1

Convener: AJ Mitchell

407 Need for a national effort in building nuclear and radiation science capabilities.

Speaker: Mahananda Dasgupta (Australian National University)

1100 Wed RB3 Dasgupta.pptx

408 Medical Physics Workforce and Australia's role in Asia-Pacific

Speaker: Prof. Eva Bezak (University of South Australia)

1110 Wed RB3 Bezak.pptx

409 Radiation oncology in Australia: progress and possibilities

Speaker: Scott Penfold (Australian Bragg Centre for Proton Therapy and Research, and University of Adelaide.)

1120 Wed RB3 Penfold.pptx

410 Radiation and the mining industry.

Speaker: Prof. Nigel Spooner (The University of Adelaide)

1130 Wed RB3 Spooner.pptx

411 National vision for nuclear science and applications: A Western Australia perspective.

Speaker: Gary Hale (Curtin University)

1140 Wed RB3 Hale.pdf

412 Exploring fundamental science at the intersection of atomic and nuclear physics

Speaker: Jacinda Ginges

1150 Wed RB3 Ginges.pdf

413 The national vision for nuclear science and applications: An ANSTO perspective

Speaker: Dr Ceri Brenner (Australian Nuclear Science and Technology Organisation)

1200 Wed RB3 Brenner.pptx

414 Scale and Excellence: Building a Nuclear Engineering Industry in Australia

Speaker: Dr Edward Obbard (University of New South Wales)

1210 Wed RB3 Obbard.pptx

415 Radiation Protection – the challenges of keeping up with demand

Speaker: Cameron Jefferies (Australasian Radiation Protection Society.)

1220 Wed RB3 Jeffries.pptx

Special session: Walter Boas / Harrie Massey medal winners

416 Walter Boas winner, 2021

Speaker: Howard Wiseman (Griffith University)

1100 Wed HallC Wiseman.pptx

417 The Fabric of Space-Time

The general theory of relativity, presented by Albert Einstein in 1915, has been well tested over the last century, and has led to far-reaching consequences, most of which were foreseen by Einstein himself. Two notable exceptions were that he did not predict the prevalence of space-time singularities throughout general solutions of the Einstein field equation, and although he knew that gravitational waves were a prediction of his theory, he believed that they were far too small for humanity to ever possibly detect them. In this talk I will discuss aspects of my ongoing research related to these two central, and evolving, subfields of general relativity.

Speaker: Susan Scott (The Australian National University)

1130 Wed HallC Scott.pdf

418 Silicon continues to surprise with potentially powerful new properties and applications

In recent years, it has been shown that silicon is not only the foremost electronic and photovoltaic material but can be structurally modified to dramatically enhance its properties and applications. This presentation highlights two such cases. First, silicon has been shown to possess up to 12 crystalline phases in addition to the equilibrium diamond cubic structure that has fueled the silicon chip revolution. These phases can be accessed by applying pressure, by using a diamond anvil cell, by indentation pressure, or even by femtosecond laser irradiation. Many of these phases are metastable at room pressure and temperature, and some have been shown to have interesting narrow bandgap semiconducting, as well as superconducting properties. Although such properties have not yet been exploited commercially, mainly as a result of scale-up limitations, they show considerable promise for novel applications. The second part of this presentation addresses a further area of novel silicon research, namely hyper-doping of silicon with transition metals to form dilute silicon alloys, that has been demonstrated to have important applications for near-infrared photodetectors. One such case, gold-hyperdoped silicon, possesses an intermediate band within the silicon bandgap that can be exploited for intriguing optoelectronic applications.

Speaker: Prof. Jim Williams (Research School of Physics, The Australian National University)

1200 Wed HallC Williams.pptx

AIP Massey 2022 abstract.docx

AIP Massey 2022 abstract.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 13 - Nanophotonics 1

Convener: Alexander Solntsev (University of Technology Sydney)

419 Tunable Optical Metasurfaces with Amplitude and Phase Reconfigurability

Optical metasurfaces are driving the future of miniaturised optical technologies for dynamically reconfigurable optics. Here, I will present our recent advances in reconfigurable optical metasurfaces, including liquid crystal-tunable metasurfaces for phase modulation and electrically-programmable thermo-optical metasurfaces for fast transmission modulation.

Speaker: Dragomir Neshev (Australian National University)

1100 Wed E2 Neshev.pdf

Abstract_Neshev_Invited_AIPC2022.pdf

420 3D Dynamic Tuning of Metasurfaces

We demonstrate fully three-dimensional (3D) active tuning of dielectric metasurfaces integrated with liquid crystals and dynamically controlled by magnetic field. Our approach entails good promise for highly tunable optical metadevices.

Speaker: Yana Izdebskaya (Australian National University)

1130 Wed E2 Izdebskaya.pdf

abstract for ANZCOP2022_Yana Izdebskaya.pdf

421 Complete Conversion of Unpolarised to Polarised Light with Metasurfaces

We design and experimentally demonstrate topologically optimised free-form metasurfaces that efficiently convert unpolarised light from LEDs or other common sources to the same pure output polarisation, exceeding the 50% limit of conventional polarisers.

Speaker: Neuton Li

1200 Wed E2 Li.pptx

ANZCOP_2022_Polarisation_Metasurface__Neuton_Li.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 14 - Microscopy and Imaging 1

Convener: Dr Frédérique Vanholsbeeck (The University of Auckland)

422 Quantitative imaging of nuclear architecture and DNA target search in a living cell

Nuclear architecture has emerged as a key player in DNA search and maintenance of genome integrity. Recently we developed a series of fluorescence microscopy methods to track the movement of molecules around DNA networks within the nuclei of live cells.

Speaker: Prof. Elizabeth Hinde (School of Physics, The University of Melbourne, Melbourne, Victoria 3052, Australiavvvvv)

Invited talk_Template_ANZCOP2022_EHinde.pdf

423 Raman Spectroscopy detection of clinically significant prostate cancer: unraveling new trends within a clinical trial

A fibre-optic probe is applied to discriminate clinically significant cancers from non-significant & healthy prostate tissue using Raman Spectroscopy. Results show excellent classification between the two tissue types. Our current work aims to unravel new trends within our existing dataset.

Speaker: Ms Suse J. van Breugel (School of Chemical Sciences, The University of Auckland)

1130 Wed E3 Van Breugel.pptx

ANZCOP_Abstract_SJvanBreugel.pdf

424 Multimodal fibre-optic imaging probe for detection of atherosclerotic plaques using fluorescent nanoparticles

This project utilises a miniaturised fibre-optic probe with dual-modality imaging capability that can simultaneously acquire optical coherence tomography and fluorescence in diseased blood vessels of mice injected with fluorescent nanoparticles.

Speaker: Ms Rouyan Chen (School of Electrical and Electronic Engineering, The University of Adelaide, Adelaide, SA 5005, Australia.)

1145 Wed E3 Chen.pdf

ANZCOP2022abstract_Rouyan Chen_final.pdf

425 Establishing the Bio-interface for Neural Electrophysiology with a Diamond Voltage Imaging Microscope

I will present our recent results detailing the design and fabrication of a diamond-based optical voltage imaging platform, and our progress to date in realizing intracellular electrophysiological recordings of mammalian neurons using this new optoelectronic biosensor technology.

Speaker: Dr Daniel McCloskey (The University of Melbourne School of Physics)

1200 Wed E3 McCloskey.pdf

DMcCloskey_AbstractAIP2022.pdf

426 Phase contrast imaging with thin film notch filters

Notch filters are band-stop filters used to eliminate unwanted temporal frequencies. Here we demonstrate their capacity for phase contrast imaging of transparent objects enabled by its selective transmission. Applications in unstained biological imaging are anticipated.

Speaker: Shaban Sulejman (ARC Centre of Excellence for Transformative Meta-Optical Systems, School of Physics, The University of Melbourne, Victoria 3010, Australia)

1215 Wed E3 Sulejman.pptx

AIP2022_Shaban_Sulejman.pdf

AIP: Condensed Matter, Materials and Surface Physics: CMM 4

Convener: Jennifer MacLeod

427 Vibrational Properties Beyond Debye Model

While the Debye model has served as the fundamental law for bulk solid materials for over 100 years, recently new laws are discovered for liquid phase and nanoconfined solid materials.

Speaker: Dehong Yu

1100 Wed RB4 Yu.pptx

Abstract_Dehong_Yu_AIPC2022.pdf

428 Rydberg Exciton-Polaritons in a Magnetic Field

We have the first exact solution of exciton-polaritons in magnetic fields, which agrees extremely well with experiments.

Speaker: Emma Laird (University of Queensland)

1130 Wed RB4 Laird.pdf

AIP_Abstract_E-Laird_(2022).pdf

429 Bogoliubov excitations of a polariton condensate in dynamical equilibrium with an incoherent reservoir.

In this joint theory-experiment work, we study Bogoliubov excitations of a
polariton condensate in dynamical equilibrium with an incoherent excitonic reservoir.

Speaker: Olivier Bleu (Monash University)

1145 Wed RB4 Bleu.pptx

abstract_bleu.pdf

430 Time evolution of spatial coherence in exciton-polariton condensates

We present time-resolved measurements of the ultrafast evolution of long-range spatial coherence of trapped microcavity exciton-polariton condensates spatially separated from the reservoir.

Speaker: Bianca Rae Fabricante

1200 Wed RB4 Fabricante.pptx

FABRICANTE_DONDA_AIP ABSTRACT.pdf

431 Theory of emergent inductance in spiral magnets

An analytic theory and micromagnetic approach have been developed for emergent inductors in spiral magnets, revealing what determines its inductance.

Speaker: Dr Daichi Kurebayashi (The University of New South Wales)

1215 Wed RB4 Kurebayashi.pptx

abstract_AIP2022.pdf

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 7 - Novel Devices and Materials

Convener: Dominic Lane (The University of Adelaide)

432 Scalable multilayer epitaxial lift-off for III-V photovoltaics and optoelectronic devices

We present a multilayer epitaxial lift-off process for thin-film fabrication for photovoltaics, flexible optoelectronics and III-V metamaterials. The lift-off process provides significant cost benefits by lifting off multiple large-area films from a single epitaxial stack.

Speaker: Tuomas Haggren (ARC Centre of Excellence for Transformative Meta-Optical Systems (TMOS), Research School of Physics, The Australian National University, Canberra, ACT 2601, Australia)

AIPC2022_MELO_abstract.docx

433 Superconducting Aluminium-Silicon Ring Devices

A fabrication process for unique AlSi alloy nanowires and corresponding magneto-resistance data presented.

Speaker: Manjith Bose (The University of Melbourne)

1130 Wed RB7 Bose.pdf

Johnson_AIPC2022_V1.pdf

434 V3O5: a promising material for solid-state neurons

Vanadium oxide, metal-insulator transition, negative differential resistance, threshold switching, neuromorphic computing.

Speaker: Mr Sujan Kumar Das (Research School of Physics, The Australian National University, Canberra, ACT, Australia)

1145 Wed RB7 Das.pptx

Abstract_AIPC2022_Sujan Das.pdf

435 Semiconductor Nanowire THz Photonics

We have developed modulators and detectors of terahertz (THz) frequency radiation by exploiting the unique properties of semiconductor nanowires. Our new cross-nanowire THz receiver is enabling the emerging field of THz polarimetry.

Speaker: Michael Johnston (University of Oxford)

1200 Wed RB7 Johnston.pdf

Johnston_AIPC2022.pdf

Precision and Quantum Sensing Workshop: PQS 3 - Keynote Session 2

Convener: Scott Foster (Defence Science and Technology Group)

436 Optical Frequency Combs and Quantum Metrology

We explore and seek to define the standard quantum limit for metrology with optical frequency combs where the cyclostationary nature of the comb light impacts the shot-noise limited signal-to-noise ratio.

Speaker: Prof. Scott Diddams (University of Colorado Boulder)

1100 Wed RB5 Diddams.pptx

Diddams PQS Workshop Dec 2022_v2.docx

437 System engineering quantum technology for defence applications

System engineering quantum technology for defence applications, an overview of the Ministry of Defences (MoD) Defence science and technology laboratory (Dstl) quantum research portfolio.

Speaker: Dr Susannah Jones (UK Defence, Science and Technology Laboratory)

1130 Wed RB5 Jones.pptx

Jones.docx

438 Towards the realization of next-generation compact quantum sensors

We will discuss work ongoing within the US Air Force Research Laboratory developing supporting technologies, solid-state qubit materials and sensing approaches to realize and miniaturize ambient and room temperature quantum sensors.

Speaker: Dr Michael Slocum (US Air Force Research Laboratory)

1200 Wed RB5 Slocum.pptx

Slocum.docx

AIP: Quantum Science and Technology: QST 11 - Quantum Fundamentals 1

Convener: William Munro (NTT Basic Research Laboratories & NTT Research Center for Theoretical Quantum Physics)

439 Quantum processing made easier with a little help from bosons

I’ll describe protocols for simplified quantum processing on qubits using interactions mediated by quantized bosonic modes. These have applications for error mitigated quantum sensing and for non-local gates for low overhead quantum error correction.

Speaker: Gavin Brennen (Macquarie University)

Gavin Brennen - Abstract.pdf

Gavin Brennen - Bio.docx

440 Compression of QFT States Using Wavelets

We apply the wavelet transform to generate compressed representations of ground states of QFTs and demonstrate applications such as identification of quantum phase transitions via fidelity overlap and approximation of the holographic entanglement of purification.

Speaker: Dan George (Macquarie University)

1130 Wed RB6 George.pdf

GSBSB22Abstract.pdf

441 Quantum control and foundational experiments

Hidden variable models that attempt to ascribe objective notion of being particle or wave contradict experiments. Quantum-controlled delayed choice experiments may show that they are internally inconsistent, and use of, entanglement makes them impossible to define.

Speaker: Daniel Terno

1145 Wed RB6 Terno.pdf

AIP-terno-wdc=022.pdf

442 Fundamental limits of quantum error mitigation

We establish universal performance bounds pertaining to the general quantum error mitigation protocols. We employ them to show the fundamental difficulty of mitigating noise in variational quantum circuits and the optimality of the probabilistic error cancellation method.

Speaker: Dr Ryuji Takagi (Nanyang Technological University)

1200 Wed RB6 Takagi.pdf

Abstract_Template_AIPC2022_error.docx

443 Macroscopic realism versus quantum mechanics: Macroscopic Bellinequality violations and Wheeler’s delayed choice using cat states

We predict violations of Bell, Leggett-Garg, and dimension-witness inequalities for macroscopic qubits based on macroscopically-distinct coherent states. This challenges our understanding of macroscopic realism versus quantum mechanics and motivates the examination of realism in quantum mechanics.

Speaker: Manushan Thenabadu (Swinburne University of Technology)

1215 Wed RB6 Thenabadu.pptx

Abstract_Bell_Delayed_choice_m_AIPC2022.pdf

AIP: Theoretical and Mathematical: TMP 2

Convener: Murray Batchelor (Australian National University)

444 Topology, quantum gravity and particle physics

In this talk, I will describe how the non-trivial topology of curved spacetime induces quantum tunnelling between vacuum states that profoundly affect the properties and interactions of elementary particles. Namely, I will argue that gravitational instantons cause combined parity violation.

Speaker: Archil Kobakhidze

aip2022.pdf

445 Bohmian trajectories and nonlocality in relativistic two-photon interactions

We recently devised a weak-measurement model for calculating the relativistic Bohmian trajectories of photons. Here, I discuss an extension of this model to include relativistic two-photon interactions, and calculate the nonlocal Bohmian trajectories for photons in a position-symmetrised state.

Speaker: Joshua Foo

1130 Wed RB2 Foo.pdf

AIP_Abstract__Bohmian.pdf

446 Quantum Central Limit Theorems, Emergence of Classicality and Time-dependent Differential Entropy

We derive some Quantum Central Limit Theorems for expectation values of coarse-grained observables, as functions of hermitean operators of non-commuting variables. These open some pathway for an emergence of classical behaviours. We also obtain some nontrivial time-dependent differential entropies.

Speaker: Tien Kieu (Centre for Quantum Technology Theory and Optical Sciences Centre, Swinburne University of Technology, Victoria, Australia)

1145 Wed RB2 Kieu.pdf

Kieu_Abstract_AIPC2022.pdf

447 Particle-like Interactions of Two-Dimensional Solitary Waves in Continuous Media

The interaction of solitary waves in continuous media described by Kadomtsev-Petviashvili type equations is studied. The theoretical concept of particle-like soliton interactions in two-dimensional media is developed and illustrated by examples.

Speaker: Yury Stepanyants

1200 Wed RB2 Stepanyants.pdf

Stepanyants - Abstract.pdf

448 Universal Behavior in the Stock Market - Order in Chaos

We will be discussing the behaviour of the electronic order book in terms of its ingredients : arrival/cancellation time, waiting-time, inter-trade time. The London stock exchange data is used in this study and its analysis will be discussed.

Speaker: Ayse Kizilersu (University of Adelaide)

1215 Wed RB2 Kizilersu.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 7 - Nonlinear Effects

Convener: Stuart Jackson (Macquarie University)

449 Tradeoff between the Brillouin and transverse mode instabilities in high-power fiber amplifiers

The transverse mode instability is a nonlinear effect that limits the power in high-energy lasers. We describe the phase-matched model for TMI which yields a drastic speedup in computation time with no loss of accuracy.

Speaker: Dr Jonathan Hu (Baylor University)

1100 Wed HallA Hu.pptx

22WSOF_Young3Hu4_CRM.pdf

450 Transverse Mode Instability Mitigation with Multimode excitation in Fiber Amplifiers

We show theoretically(and numerically) that TMI threshold increases linearly with number of equally excited modes in a multimode fiber amplifier. The multimode excitation is numerically focussed to a diffraction-limited spot, providing a stable high quality beam, with increased TMI threshold.

Speaker: Kabish Wisal (Yale University)

1130 Wed HallA Wisal.pptx

WSOF_TMI.pdf

451 Efficient third harmonic generation: phase compensation using inter-fibre spacing

Herein we present a scheme for highly efficient third harmonic generation (THG) via a phase compensation between two segments of fibre; we simulate the gap between these segments to characterise the coupling, gap length, and effects of misalignment.

Speaker: Zane Peterkovic

1145 Wed HallA Peterkovic.pdf

AIP abstract-Efficient third harmonic generation.docx

452 Suppressing Stimulated Brillouin Scattering in Multimode Fibers with High Output Beam Quality

We experimentally obtain a diffraction-limited focused spot at the output of a multimode fiber, resulting in increased SBS threshold(1.5x). We show theoretically and experimentally an even higher(2.3x) SBS threshold is obtained by axially offsetting the focused spot.

Speaker: Kabish Wisal (Yale University)

1200 Wed HallA Wisal.pptx

WSOF_SBS.pdf

453 Simultaneous beam shaping and suppression of simulated Brillouin scattering by adjusting the input wavefront in a multimode fiber

We experimentally demonstrate that adjusting the input wavefront of a multimode fiber can be used to simultaneously shape beam and suppress simulated Brillouin scattering (SBS) for a high-power narrow linewidth system.

Speaker: SHUEN WEI (University of Adelaide)

1215 Wed HallA Wei.pptx

WSOF2022 - SHUEN WEI.pdf

12:30 Lunch

Meetings: Physics Accreditation Discussion

Special session: Pitchfest: Army Quantum Next Generation Radar Challenge

Convener: Dr Marcus Doherty (Australian Army)

Focus Session: National Vision for Nuclear Science and Applications 2

Convener: AJ Mitchell

454 Interactive Round-Table Discussion

Focus Session: Quantum Biotechnology

455 Quantum-light microscopy: evading biological photodamage via quantum correlations

It has long been predicted that quantum correlated light can improve microscopy. Here we show absolute performance advantage, using quantum corelated light to achieve clarity in bioimaging beyond the photodamage limit of conventional microscopy.

Speaker: Warwick Bowen (The University of Queensland)

456 Quantitative imaging of intracellular topology

Here we present results which demonstrate that the diffusive route of an inert fluorescent tracer reports intracellular topology and in particular and the real time accessibility of live cell nucleus architecture.

Speaker: Elizabeth Hinde

457 Biological sensing and imaging using Nitrogen Vacancy defects in diamond

Nitrogen Vacancies in diamond nanoparticles are employed for in situ monitoring of the magnetic state of photomagnetic materials down to the single particle level, the stability of molecular cages containing atomic Nitrogen, and spin active products of photocatalysis.

Speaker: Melissa Mather (University of Nottingham)

458 Bioinspired Optical Cavities for Strong Light-Matter Interactions

This talk will outline recent studies of iridescent structures in a range of insects that may be of sufficient Q-factor to support strong light matter interactions. Sustainable and bio-degradable approaches to polaritonics will be discussed.

Speaker: Dr James Hutchison (University of Melbourne)

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 15 - Nanophotonics 2

Convener: Igor Aharonovich (University of Technology Sydney)

459 Metasurface sorting of Orbital Angular Momentum Modes

Orbital angular momentum modes of light offer excellent prospects for increased bandwidth for spatial division multiplexing for communications with minimal cross talk. Here we discuss the application of metasurfaces to analyse orbital angular momentum modes in free space.

Speaker: judith dawes (Macquarie university)

1400 Wed E2 Dawes.pptx

Invited talk_ANZCOP2022 DAWES.pdf

460 Photoswitching upconversion emission with high-energy irradiation

The photoswitching of upconversion nanoparticles was shown under high-energy irradiation. Time-dependent upconversion emission changes were ascribed to lanthanide ion valence state shifts. These findings offer new avenues for optical switching enabled by upconversion nanoparticles.

Speaker: Simone Lamon (University Of Shanghai For Science And Technology)

1430 Wed E2 Lamon.pptx

AIPC2022 Simone Lamon.pdf

461 Dielectric-plasmonic waveguide couplers: an explorer’s map

We present a comprehensive and accessible "explorer's map" showing maximum coupling efficiencies and coupling lengths for dielectric-plasmonic directional couplers as a function of coupling strength and loss. This map is useful for designing any photonic integrated circuit containing plasmonic waveguides.

Speaker: Alessandro Tuniz (The University of Sydney)

1445 Wed E2 Tuniz.pptx

ANZCOP_Plasmonic_Map.pdf

462 Correlation between Crystal Size and Photo Luminescence Intensity of SiV Centres in HTHP Nanodiamonds

We show that photo luminescence rate of silicon-vacancy centres in HTHP diamond is proportional to the sixth power of crystal diameter and consider interactions of photons with centres and kinetics of the crystals growth to explain the results.

Speaker: Taras Plakhotnik

1500 Wed E2 Plakhotnik.pdf

Abstract_AIPC2022_plakhotnik.pdf

463 Asymmetric and nonreciprocal control of light with dielectric metasurfaces

Experimental results on nonreciprocal one-way transmission of light (optical isolation) through ultra-thin dielectric metasurfaces will be reported. Experimental observations of asymmetric parametric generation of images with nonlinear dielectric metasurfaces will be presented.

Speaker: Sergey Kruk (Australian National University)

1515 Wed E2 Kruk.pptx

AIP_Abstract_Kruk.pdf

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 16 - Microscopy and Imaging 2

Convener: Brendan Kennedy (The University of Western Australia)

464 All in a spin: rotational levitated optomechanics

Optical levitation of micro and nanoparticles in vacuum offer new approaches for precision measurement and fundamental physics. We will discuss the use of rotational degree of freedom for achieving high Q values, rotational-translational dynamics and sympathetic cooling of microparticles.

Speaker: Kishan Dholakia

1400 Wed E3 Dholakia.pptx

Invited talk_Template_ANZCOP2022_KD.docx

465 Spatial tomography of light resolved in time, spectrum and polarisation

We harness principles of spatial state tomography to fully characterise an optical beam in space, time, spectrum, and polarisation. Analysis of the output of a vertical-cavity surface-emitting laser illustrates the technique's capabilities.

Speaker: Dr Martin Ploschner (School of ITEE, The University of Queensland)

1430 Wed E3 Ploschner.pptx

Abstract_CLEO_PR2022.pdf

466 On-The-Fly Calculation of Holographic Masks to Generate Arbitrary Spatiotemporal Beams

This paper presents on-the-fly calculation of holographic masks to generate arbitrary spatiotemporal beams. This includes compensating for beam defocusing through the system, allowing for advanced spatiotemporal beams to be generated at large time delays.

Speaker: Andrew Komonen

1445 Wed E3 Komonen.pdf

On The Fly Calculation of Holographic Masks to Generate Arbitrary Spatiotemporal Beams ANZCOP Abstract.pdf

467 Spatial reorganization of F-actin in respiratory cells as measured by Brillouin microscopy

Brillouin microscopy has emerged as a non-invasive and label-free technique to map micro-mechanical properties of cells. Here we apply Brillouin microscopy to probe reorganization of F-actin network in respiratory cells treated with Timothy grass pollen protein extracts.

Speaker: Irina Kabakova (University of Technology Sydney)

1500 Wed E3 Kabakova.pptx

Abstract_Kabakova_AIPC2022.pdf

468 Three-dimensional characterisation of cellular elasticity using quantitative micro elastography

The elasticity of cells and their environment are critical regulators of cell functions. In this work, we present the development of quantitative micro-elastography to characterise the elasticity of cells and cell spheroids in 3-D biomaterials.

Speaker: Dr Matt Hepburn (The University of Western Australia)

1515 Wed E3 Hepburn.pptx

ANZCOP abstract.pdf

AIP: Condensed Matter, Materials and Surface Physics: CMM 5

Convener: Karina Hudson (University of New South Wales)

469 Prediction of exciton condensation in biased bilayer graphene

We predict that at appropriate tuning of bias suspended bilayer graphene undergoes quantum phase transition from band insulator to excition insulator. The corresponding critical temperature can reach up to 70K

Speaker: Oleg Sushkov

1400 Wed HallA Sushkov.pptx

AbstractAIPC2022.pdf

470 Quantum to classical behavior of exciton-polarons

We present our theoretical investigations on finite temperature exciton-polaritons in doped transition-metal dichalcogenides monolayers. We apply a virial expansion to the many-body Green's function, which allows for the exact calculation of the absorption spectrum and photoluminesence.

Speaker: Brendan Mulkerin

1430 Wed HallA Mulkerin.pdf

Abstract_Mulkerin.pdf

471 Modelling transport properties of a transverse magnetic focusing system with spin-orbit coupling

We use the finite difference method and the non-equilibrium Green's function formalism to calculate transport properties of a two-dimensional transverse magnetic focusing system with spin-orbit coupling.

Speaker: Yik Kheng Lee

1445 Wed HallA Lee.pptx

AIP2022_abstract_Lee.pdf

472 Introducing the Pair-Angle Distribution Function: many-atom statistics of crystals and disordered materials

The pair-angle distribution function (PADF) is a multi-atom distribution of atomic structure that can be directly measured with x-ray or electron scattering. It enables, for example, direct bond-angle distribution measurements and has wide applicability at the nanoscale.

Speaker: Dr Andrew Martin (RMIT University)

1500 Wed HallA Martin.pptx

Abstract_Martin_AIPC2022.pdf

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 8 - 2D Materials and Novel Optical Properties

Convener: Glenn Solomon (University of Adelaide)

473 Two-dimensional materials for next-generation electronics, optoelectronics and antipathogenic coatings

Atomically-thin materials possess unique intrinsic properties and are amenable to a range of tuning techniques. We harness these properties underpinned by application demand and work with industry to translate into end-user products.

Speaker: Sumeet Walia (RMIT University)

1400 Wed RB7 Walia.pdf

Abstract_Template_AIPC2022 Sumeet Walia.pdf

474 Terahertz nanoscopy: a non-destructive characterization tool for nanomaterials and nanostructures

We employ terahertz scattering-type scanning near-field optical microscopy to quantitatively investigate the materials and structures in the nano-scale. We explore inorganic materials, contemporary electron devices, and biological nano-structures.

Speaker: Xiao Guo (The University of Queensland)

1430 Wed RB7 Guo.pptx

Abstract_THz_SNOM_COMMAD2022_mk7.pdf

475 Integration of black phosphorus photoconductors with lithium niobate on insulator photonics

For the first time, we integrate two-dimensional black phosphorus photoconductors onto waveguides fabricated on the emerging lithium niobate-on-insulator platform, and demonstrate efficient on-chip detection at telecommunication wavelengths.

Speaker: Mr Shifan Wang (The University of Melbourne)

1445 Wed RB7 Wang.pptx

AIPC2022_BPLNOI_Abstract_SW.pdf

476 Insight into the nature of blue emitters in hexagonal Boron Nitride via Stark effect

Stable single photon quantum emitters in hexagonal Boron Nitride (hBN) can be deterministically created in the material and consistently emit at 436 nm wavelength. This work conducted Stark effect measurements on a number of blue emitters to investigate their nature.

Speaker: Ivan Zhigulin

1500 Wed RB7 Zhigulin.pptx

IvanZhigulin_Abstract_AIPC2022.pdf

477 Quantum sensing with boron nitride nanopowders

Validating the use of hexagonal boron nitride (hBN) nanopowders as a simple, cost-effective solution for quantum sensing applications. Demonstrating sensing of paramagnetic ions using hBN nanopowder and further exploring its magnetic sensing capabilities by preparing thin films of controlled thickness.

Speaker: Ms Priya Singh (School of Science, RMIT University, Melbourne, VIC 3001, Australia)

1515 Wed RB7 Singh.pptx

2022-12_AIPC2022_Priya_hBN sensing.docx

Precision and Quantum Sensing Workshop: PQS 4 - Magnetometry 2

Convener: Ania Bleszynski Jayich (University of California, Santa Barbara)

478 Quantum diamond magnetometry for high pressure sensing

We use nitrogen-vacancy (NV) centers implanted directly into the culet of diamond anvil cells (DACs) in order to directly measure the magnetic field generated by samples at extremely high pressures. This allows for a direct study of high-pressure superconductivity.

Speaker: Liam Hanlon

1400 Wed RB5 Hanlon.pptx

AIP2022_congress_abstract-LHanlon.pdf

479 DC magnetometry below the Ramsey limit with rapidly rotating diamonds

I will report on our demonstration of dc magnetometry that exceeds the sensitivity of $T_2^\ast$-limited Ramsey sensing by more than an order of magnitude. Our work demonstrates that diamond magnetometry below the $T_2^\ast$ limit is possible.

Speaker: Alexander Wood (University of Melbourne)

1430 Wed RB5 Wood.pptx

AAW_AIP-PQS_abstract.pdf

480 High-bandwidth vector AC magnetometry using nitrogen-vacancy centres in diamond

See abstract in attached word document.

Speaker: Michael Barson (Monash University)

1500 Wed RB5 Barson.pptx

Abstract_Template_AIPC2022_mb.docx

481 Vector Magnetometry Using Nitrogen-vacancy Centers in Diamond

In this talk, we present our approach toward the establishment of a full vector magnetometer using the nitrogen-vacancy defect center in diamond.

Speaker: Chris Lew

1515 Wed RB5 Lew.pdf

AIPC2022_abstract_CL.pdf

AIP: Quantum Science and Technology: QST 12 - Quantum Fundamentals 2

Convener: Gavin Brennen (Macquarie University)

482 Causal Mediation in Quantum Causal Models

We analyse the ontological models framework underlying Spekkens' formalism for contextuality, in the light of quantum causal models. We argue that QCMs can maintain the spirit of noncontextuality by rejecting classical assumptions about how intermediate causes screen off correlations.

Speaker: Eric Cavalcanti (Griffith University)

1400 Wed RB6 Cavalcanti.pptx

Cavalcanti_AIPC2022.pdf

483 Quantum Chaos and Universal Trotterisation Behaviours in Quantum Simulations

In this talk, we present universal performance behaviours in Trotterised digital quantum simulations. For example, beyond a threshold in Trotter step size, the Trotterisation performance breakdown with the onset of quantum chaos, meaning the Trotterised unitary becomes a random matrix.

Speaker: Cahit Kargi (University of Technology Sydney)

1430 Wed RB6 Kargi.pptx

AIP_Congress_QSimQChaos_2ndDraft.pdf

484 Filtering, Retrofiltering and Smoothing: Optimal quantum state estimation using continuous measurement

In this work we formally define the retrofiltered quantum state using the quantum state smoothing formalism and Bayesian estimation theory. Additionally, we are able to define a total of 9 different estimators using this framework, of which 3 are novel.

Speaker: Kiarn Laverick (Griffith University)

1445 Wed RB6 Laverick.pdf

AIP Congress Abstract 2022.pdf

485 Enhanced accuracy in dimensionally-constrained quantum models

See Abstract Attached

Speaker: Jayne Thompson

Abstract_Template_AIPC2022.pdf

486 Quantum Chaos and Entanglement

We realise a common principle that applies to a wide range of seemingly distinct concepts and diagnostics of quantum chaos. We use this to identify a fundamental link between quantum chaos and entanglement.

Speaker: Neil Dowling

1515 Wed RB6 Dowling.pdf

Dowling, Modi - Quantum Chaos and Entanglement.pdf

AIP: Quantum Science and Technology: QST 13 - Quantum Communications & Networks 2

Convener: Mile Gu (Nanyang Technological University)

487 Designing our future Quantum Internet

The inherent differences between classical quantum physics means it is essential for us to establish how a quantum internet will operate, including the functionality required from quantum repeaters as well as the support our telecommunications internet will need to provide.

Speaker: Prof. William Munro (NTT Basic Research Laboratories & NTT Research Center for Theoretical Quantum Physics)

1400 Wed RB4 Munro.pptx

Bill Munro - AIP (2022).pdf

Bill Munro - Bio.docx

Bill Munro - Headshot.jpg

488 Broadcast-based nonlocality activation for noisy quantum states

Nonlocality is a paramount resource for quantum communications. In this experimental work, we aim to demonstrate, using single photons, the emergence of Bell nonlocality in quantum states that would be unable to display nonclassical behaviour in the standard Bell scenario.

Speaker: Luis Villegas Aguilar

1430 Wed RB4 Villegas Aguilar.pdf

2022AIP_abstract_LuisVillegasAguilar.pdf

489 Quantum self-oscillation with time-delay feedback

We designed a quantum optical version of time delayed self-sustained oscillations, which has focused towards developing quantum clocks.

Speaker: Yanan Liu (Griffith University)

1445 Wed RB4 Liu.pdf

Abstract_Yanan.pdf

490 Quantum steering with vector vortex photon states with the detection loophole closed

Quantum nonlocality is a resource that enables secure quantum information tasks. Steering nonlocality is a scenario where one party is in a secure location and another party is not. Here, we show detection-loophole-free quantum steering, using a vector-vortex state encoding.

Speaker: Farzad Ghafari (Griffith University)

1500 Wed RB4 Ghafari.pptx

Abstract_AIPSM2022.pdf

491 Achieving the ultimate end-to-end rates of lossy quantum communication networks

The highest rates of quantum communication networks are fundamentally limited by the transmission distance between quantum repeaters. In this work, we give a practical design for this achievability.

Speaker: Matthew Winnel

1515 Wed RB4 Winnel.pdf

abstract.pdf

AIP: Theoretical and Mathematical: TMP 3

Convener: XiaJi LIU

492 Grassmann Phase Space Theory for the BEC/BCS Crossover in Cold Fermionic Atomic Gases

Grassmann Phase Space Theory is applied to the BEC/BCS crossover in cold fermionic atomic gases to determinine the time/temperature evolution of Quantum Correlation Functions specifying the positions of fermionic atoms of opposite spin in single or two Cooper pairs.

Speaker: Bryan Dalton (Swinburne University of Technology)

1430 Wed RB2 Dalton.pdf

Abstract B Dalton Grassmann Phase Space Theory.docx

493 Fermions with long and finite-range interactions on a quantum ring

A quantum ring model of same spin fermions is developed. Quantum Monte Carlo calculations are performed. Comparisons with analytical Hartree-Fock solutions are used to get an insight into the role of correlations.

Speaker: Cedric Simenel

1500 Wed RB2 Simenel.pdf

Abstract_Simenel_ringium_AIPC2022.pdf

494 On two particular N-state generalizations of the quantum Ising model

In this talk I will describe recent progress on two particular N-state generalizations of the widely studied quantum Ising model -- the N-state superintegrable chiral Potts model and the Z(N) free parafermion model.

Speaker: Murray Batchelor (Australian National University)

1515 Wed RB2 Batchelor.pdf

Abstract_Template_AIPC2022_Batchelor.pdf

15:30 Afternoon tea

Focus Session: The Culture of Physics and Research

Convener: Shanette De La Motte

495 The Culture of Physics and Research

An open panel discussion focusing on issues with the way physics research is currently conducted in Australia, along with how best to improve these practices to facilitate a more productive scientific culture. Panellists include Prof. Laura Greene (AIP plenary speaker, Florida State University), A/Prof Charlene Lobo (Head of Physics Discipline, University of Technology Sydney) and Prof. Trevor Harris (Ex-Discipline Lead at Defence Science and Technology).

Speaker: Nicholas Hunt-Smith

Paper Writing Workshop

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 17 - Nanophotonics 3

Convener: Lukas Wesemann (University of Melbourne, ARC Centre of Excellence for Transformative Meta-Optical Systems)

496 Topological plasmonics: Ultrafast vector movies of plasmonic skyrmions on the nanoscale

Here we introduce a new technique, time-resolved vector microscopy, that enables us to compose entire movies on a sub-femtosecond time scale and a 10 nm scale of the electric field vectors of surface plasmon polaritons. Depending on the shape and geometrical phase, in combination with the helicity of the excitation beam, topological plasmonic quasiparticles are created: skyrmions, merons, as well as quasicrystalline excitations. We observe their complete field vector dynamics at subfemtosecond time resolution.

Speaker: Prof. Harald Giessen (University of Stuttgart)

Topological plasmonics Harald Giessen.docx

Topological plasmonics Harald Giessen.pdf

497 Electrical Control of Single Photon Emitters in Hexagonal Boron Nitride

The control and manipulation of quantum systems underpin the development of scalable quantum technologies. Here, we demonstrate the electrical activation and modulation of single photon photoluminescence from quantum emitters in hexagonal boron nitride.

Speaker: Mr Simon White (School of Mathematical and Physical Sciences, University of Technology Sydney, Ultimo, New South Wales 2007, Australia.)

1630 Wed HallC White.pptx

avatar.svg

S_White_hBN_Device.docx

498 Probing Photon Correlation in Spontaneous Emission of Lanthanide Nanocrystals

We explore the lifetime and cross-correlation of different sizes NaYbxY1-xF4 (x = 20%, 50% and 100%) nanoparticles. The lifetime reduces when Yb doping concentration increases, The g2(0) of NaYbYF4 is over 10, but only for nanocrystal size below 40 nm.

Speaker: Peng Ren

1645 Wed HallC Ren.pptx

Probing Photon Correlation in Spontaneous Emission of Lanthanide Nanocrystals.docx

499 Levitodynamics with optically active nanocrystals

We present our investigations into the dynamics of levitated rare-earth ions doped nanocrystals using optical tweezers. In particular we will present results on the absolute cooling (i.e. of the motional and internal temperature) of these levitated nanocrystals.

Speaker: Cyril Laplane

1700 Wed HallC Laplane.pptx

ANCOP_2022.docx

500 Spectrally tunable metasurface filters for long-wavelength infrared range

To realise a tunable filter in the long wavelength infrared range, we integrate a metasurface with a micro-electro-mechanical system. Proposed devices will make an impact in remote infrared imaging and sensing.

Speaker: Fedor Kovalev (The Australian National University)

1715 Wed HallC Kovalev.pptx

Abstract_AIPC2022_Spectrally tunable metasurface filters for long-wavelength infrared range.pdf

AIP: Atomic and Molecular Physics: ATMOP 6 - Condensate dynamics

Convener: Brendan Mulkerin

501 Non-equilibrium dynamics of a strongly interacting Fermi gas

We study the dynamics in a strongly interacting Fermi gas following a quench of the interactions. Using two-photon Bragg spectroscopy, we directly observe the amplitude oscillations, obtaining measurements of the pairing gap and damping rate as a function of temperature.

Speaker: Dr Paul Dyke (Swinburne University of Technology)

1600 Wed RB4 Dyke.pdf

Paul_Dyke_AIP_abstract.pdf

502 Breathing oscillations of a harmonically trapped one-dimensional quasicondensate: frequency beating and damping

We theoretically investigate breading oscillations of a harmonically trapped 1D quasicondensate at finite temperatures. We find that the oscillations exhibit beating of two oscillatory modes, unlike previous studies that predicted only a single oscillation frequency.

Speaker: Karen Kheruntsyan

Abstract_AIP_2022_Breathing.pdf

Kheruntsyan_AIP_2022_talk_final.pdf

503 Decay of sound waves in ring-shaped Bose-Einstein condensates

To study the viability of a rotation sensing scheme using ultracold atoms, we numerically model the decay of standing waves excited in the density of a ring-shaped Bose-Einstein condensate.

Speaker: Andrew Groszek (The University of Queensland)

1645 Wed RB4 Groszek.pptx

agroszek_AIP2022.pdf

504 Second sound with ultracold atoms

We briefly review the research on second sound in ultracold atomic physics, with emphasis on strongly interacting unitary Fermi gases with infinitely large s-wave scattering length.

Speaker: Hui Hu

1700 Wed RB4 Hu.pdf

SecondSound_Hu.pdf

505 Dynamics of quasi-one-dimensional dipolar condensate droplets

We consider a quasi-one-dimensional dipolar BEC, with strong trapping along the two-axis orthogonal to the aligning dipole field (z-axis). When the z-axis trapping is switched off we numerically and analytically characterise the frequency and amplitude of the BEC width oscillations.

Speaker: Mr Junfan Wang (University of Melbourne)

1715 Wed RB4 Wang.pdf

Junfan_Abstract_Template_AIPC2022_Andy.docx

AIP: Condensed Matter, Materials and Surface Physics: CMM 6

Convener: Jared Cole

506 Engineering the Two-Dimensional Hole Gas on Diamond by Surface Transfer Doping for Future Carbon Electronics

See the attachment.

Speaker: Dongchen Qi

1600 Wed HallA Qi.pptx

Abstract_AIPC2022_Qi_QUT.pdf

507 Interactions Between Exciton-Polarons in Monolayer WS_2

The dominant interactions between polarons in monolayer WS${}_2$ occur between polarons dressed by the same Fermi-sea of electrons. Repulsive interactions are mediated by phase space filling, while attractive interactions lead to the formation of bipolarons.

Speaker: Prof. Jeffrey Davis (Swinburne University of Technology)

1630 Wed HallA Davis.pptx

AIPC2022_Davis.pdf

508 Spatially resolved transport spectroscopy of few donor clusters in silicon

We present spatially-resolved spectroscopy of dopant-based atomic-scale devices in silicon using the resolution of low-temperature scanning tunnelling microscopy towards the fabrication and spectroscopy of artificial quantum matter in the context of dopant-based analogue quantum simulators in silicon

Speaker: Dominique Didier St Médar (UNSW, SQC)

1645 Wed HallA St Medar.pdf

AIP_2022_abstract_didier.pdf

509 Non-adiabatic transitions between valley states in a Si/SiGe heterostructure

We theoretically show the all-electrical control of the electron’s two lowest valley states in a silicon/silicon-germanium heterostructure.

Speaker: Mr Ross Monaghan (University of Adelaide)

1700 Wed HallA Monaghan.pptx

abstract.pdf

510 Understanding the complex magnetic effects in a low-dimensional frustrated magnet through various experimental and theoretical techniques

Atacamite is a frustrated quantum magnet, a class of materials which often exhibit exotic magnetic phases. The magnetic characteristics of atacamite have been investigated through various experimental and theoretical techniques. These will be discussed and compared.

Speaker: Jackson Allen (University of Wollongong / ANSTO)

1715 Wed HallA Allen.pptx

Abstract_AIPC2022_JA.docx

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 9 - Novel Photonics Materials and Lasers Systems

Convener: Lan Fu (The Australian National University)

511 Defining & Optimising Chaos Bandwidth - Semiconductor Laser Systems

Optimum semiconductor laser parameters for generating broad rf bandwidth chaotic output are informed by numerical simulation results of a SL with delayed optical feedback system. The simulation results are also connected with experiments.

Speaker: Deb Kane

AIP_COMMAD_Chaos BW_DK 2022.pdf

512 UV emission from lanthanide-doped upconversion nanoparticles could promote cell damage in super-resolution microscopy

UV emission from lanthanide-doped upconversion nanoparticles could promotes cell damage in super-resolution microscopy (details in the attached PDF file)

Speaker: Mr Afshin Karami (School of Chemical Engineering and Advanced Materials, The University of Adelaide, Adelaide, SA, 5005, Australia)

Abstract_AK_AIPC2022.pdf

513 Polarimetric Imaging Photodetector based on Sb2Se3 Nanowires

This work presents a study on the chemical vapor deposition-grown Sb2Se3 nanowires and their applications in polarized photodetection. The fabricated photodetector exhibits a good sensitivity to polarized light at 830nm. Conventional and polarimetric imaging are also achieved under white light.

Speaker: Ms Huijia Luo (Department of Electrical, Electronic and Computer Engineering, The University of Western Australia, Perth 6009, Australia)

1645 Wed RB7 Luo.pptx

Polarimetric Imaging Photodetector based on Sb2Se3 Nanowires_COMMAD2022.docx

514 Superconducting microwave resonators for spin-photon coupling in silicon

We characterize superconducting Tungsten Silicide films for high kinetic inductance. The films are then used to fabricate superconducting microwave resonators with high internal quality factors, and resilience to in-plane magnetic fields with potential applications in scale-up quantum computing.

Speaker: upender singh

1700 Wed RB7 Singh.pdf

AIP congress_US_BV2.pdf

515 Metamorphic growth for 1550 nm quantum dots by molecular-beam epitaxy.

Speaker: Dr Fauzia Jabeen (University of Würzburg)

1715 Wed RB7 Jabeen.pptx

AIP: Nuclear and Particle Physics: NUPP 6

Convener: Geoffrey Taylor (University of Melbourne)

516 The SABRE South Experiment

The SABRE-South experiment, located at SUPL, Australia, aims to detect dark matter to provide a model independent test of the signal observed by DAMA/LIBRA.
This talk will describe the complexity of SABRE-South and the general status of its assembly.

Speaker: Irene Bolognino (The University of Adelaide, Adelaide, SA 5005, Australia. ARC Centre of Excellence for Dark Matter Particle Physics, Australia.)

General abstract for AIP.docx

Irene_Bolognino_AIP2022.pdf

517 Latest results from the ATLAS experiment at the CERN LHC

This contribution will summarise results from the ATLAS Experiment at the CERN Large Hadron Collider related to the Higgs boson, top quarks and various searches for the beyond the Standard Model phenomena.

Speaker: Paul Jackson (University of Adelaide)

1630 Wed E3 Jackson.pdf

Abstract_PJackson_AIPC2022.pdf

518 Search for Dark Matter in Invisible Higgs Decays with the ATLAS experiment

The nature of dark matter is still unknown and it is one of the key questions in particle physics. Many beyond the Standard Model theories predict the production of dark matter particles in the decays of the Higgs boson. As dark matter particles do not interact with the detector, they would be invisible to the detector and can only be probed using the presence of missing transverse momentum.

With full Run-2 data, the ATLAS experiment has performed six independent searches for dark matter in the invisible decays of the Higgs boson, each focusing on a different production mechanism and the final state. In this poster, I will present the results from the combination of these searches.

Speaker: Harish Potti (University of Adelaide (AU))

Harish_AIPCongress_HInv.pdf

519 VISHν: a unified solution to five SM shortcomings with a protected electroweak scale

We propose a variant-axion extension of the Standard Model (coined VISHν) which additionally explains small neutrino masses, dark matter, the baryon asymmetry of the universe and inflation, while remaining technically natural and cosmologically benign.

Speaker: Alexei Sopov (University of Melbourne)

1700 Wed E3 Sopov.pdf

Abstract_AIPC2022_tex.pdf

520 Dense Nuclear Matter with Bag Overlap

Possible new physics is incorporated into the QMC energy density is shown to be capable of predicting a neutron star mass of 2.1 M$_\odot$ without changing the symmetric nuclear matter properties at saturation density.

Speaker: Jesper Leong

1715 Wed E3 Leong.pptx

Abstract_Template_AIPC2022.pdf

Precision and Quantum Sensing Workshop: PQS 5 - Atomic and Optical Clocks

Convener: Andre Luiten (The University of Adelaide, QuantX Labs)

521 Development & Performance of a Portable Dual-Colour Two-Photon Rb Clock

We demonstrate the in- and out-of-lab performance of the first automated, portable, dual-colour two-photon optical rubidium clock with integrated comb. Fractional frequency instabilities of $1.3\times10^{-13}/\sqrt{\tau}$ for $1\text{s}<\tau<1000\text{s}$, crossing the $10^{-15}$ regime at $\tau=200$s, are achieved.

Speaker: Sarah Scholten (Institute for Photonics and Advanced Sensing, University of Adelaide)

Abstract_SarahScholten_AIPC2022.pdf

522 Towards a compact Ytterbium magneto optical trap for use in precision timekeeping applications

We report on progress towards a compact Ytterbium cold atom trap system, including the fabrication of grating magneto-optical trap chips and compact ovens. The aim is to develop a high-performance field deployable optical clock.

Speaker: Benjamin White (University of Adelaide)

1615 Wed RB5 White.pptx

BW_Abstract.docx

523 Effects of Wavefront Curvature in Optical Atomic Beam Clocks

We develop an analytic model for atomic beam clocks, incorporating a realistic laser profile with wavefront curvature. Our model explains previous empirical observations about signal optimisation and enables further optimisation of stability and accuracy.

Speaker: Aidan Strathearn

1630 Wed RB5 Strathearn.pdf

BeamClock_Abstract_AIPC2022.pdf

524 A laser-cooled optical beam clock for portable applications

We demonstrate the first measurement of the 10-mHz wide ytterbium clock transition to be made on an atomic beam, and report on the development of a portable optical atomic clock based on this technique.

Speaker: Rachel Offer

Abstract_RFO.pdf

525 Developing a Free-Space Quantum-Secure Time Transfer System

We demonstrate quantum time transfer using correlated photons over a 100 m free-space link with picosecond resolution. We present our latest results showing the effects of loss and noise on our quantum clock synchronisation protocol.

Speaker: Ben Sparkes

1700 Wed RB5 Slimani.pptx

Sabrina Slimani Quantum Time Transfer Abstract.pdf

526 Offset Decoding with A1 Sequences in Digitally Enhanced Interferometry

We present offset decoding in digitally enhanced interferometry using a a new pseudo random noise code called A1 code that leverages the benefits of traditionally used m-sequences and provides additional noise cancellation that enhances the phase fidelity of signal recovered.

Speaker: Anneshwa Dey

1715 Wed RB5 Dey.pptx

AIPC2022_ADey_Offset_Decoding_with_A1_Sequences_in_Digitally_Enhanced_Interferometry.pdf

AIP: Quantum Science and Technology: QST 14 - Quantum Fundamentals 3

Convener: Eric Cavalcanti (Griffith University)

527 From many-body to many-time physics

We develop and demonstrate a set of tools for both detailed and efficient characterisation of the full set of temporal correlations present in quantum dynamics. Applications range from noise reduction to the general study of open quantum systems.

Speaker: Gregory White (The University of Melbourne)

1600 Wed RB6 White.pdf

AIP_Congress_Abstract_GW.pdf

528 Wigner and his Friend’s Recursive Experiment

Studying the correlations within a bipartite sequential Wigner's friend experiment, in particular when compared to the already known correlations of a scenario with the same number of inputs and outputs under a local hidden variable model.

Speaker: Anibal Utreras-Alarcon (Griffith University)

1615 Wed RB6 Utreras-Alarcon.pptx

Abstract_Utreras-Alarcon-Anibal_AIPSM2022.docx

529 Quantum mean states are nicer than you think: finding states maximizing average fidelity

We compute states that maximize average fidelity over ensembles of quantum states via semidefinite programs. We derive lower and upper bounds to maximal average fidelity that are exact in the commuting scenario. Our results find applications in tomography.

Speaker: Dr Christopher Ferrie (Center for Quantum Software and Information, University of Technology Sydney)

1630 Wed RB6 Ferrie.pdf

AIP_abstract _Afham.pdf

530 Noise-robust energy estimates from deep circuits on real quantum computer hardware

The Quantum Computed Moments (QCM) method offers a powerful correction to the ground state energy estimate obtained in variational quantum algorithms. We observe that this QCM estimate is incredibly robust to noise, and analyse the versatility of the approach.

Speaker: Harish Vallury

1645 Wed RB6 Vallury.pdf

AIP_2022_abstract_hvallury.pdf

531 Updated Quantum Master Equations for Simulation of Open Quantum Dynamics

We introduce a new method to simulate the dynamics of an open quantum system by using a hierarchy of master equations, which update not only the relevant information about the system but also the leading correlations of the bath operators.

Speaker: Teerawat Chalermpusitarak

1700 Wed RB6 Chalermpusitarak.pptx

Teerawat_Abstract_AIPC2022.pdf

AIP: Theoretical and Mathematical: TMP 4

Convener: Prof. Archil Kobakhidze

532 Black Hole Thermodynamics in de Sitter Spacetimes

We study black hole thermodynamics in asymptotically de Sitter spacetimes, which is poorly understood owing to the presence of the cosmological horizon. We use a path integral approach to make equilibrium manifest, and study the resulting phase structure.

Speaker: Fil Simovic (Macquarie University)

1600 Wed RB2 Simovic.pdf

Simovic_abstract.pdf

533 Physical black holes in modified theories of gravity

In spherical symmetry, only two classes of dynamic solutions to the semiclassical Einstein equations describe physical black holes, and their formation follows a unique scenario. To be compatible with their existence, modified gravity theories must satisfy several constraints.

Speaker: Sebastian Murk (Macquarie University and Sydney Quantum Academy)

1615 Wed RB2 Murk.pdf

AIPC-2022-Murk-Talk-Abstract-mtg.pdf

534 Unruh-DeWitt Detectors with Relativistic Centre of Mass

We consider a relativistic UDW detector model with first-quantised centre of mass, which we compare to a full field-theoretic description. We analyse the transition rate to first-order in perturbation theory for different types of minimum uncertainty state.

Speaker: Evan Gale (University of Queensland)

1630 Wed RB2 Gale.pdf

Abstract_Gale-Evan_AIP2022.pdf

535 Quantum asymmetry between space and time: Phenomenological emergence of Lorentz invariance

Here we show that Lorentz invariance emerges phenomenologically in the new Quantum Theory of Time in a natural way, i.e. due to the Galilean transformation of the background T violating field.

Speaker: Dr Fatema Tanjia (Griffith University)

1645 Wed RB2 Tanjia.pdf

Abstract_AIPSM2022_Tanjia.pdf

536 Quantised mass-energy effects in a particle detector

We show that mass–energy equivalence must be included in models of a quantum particle interacting with an external environment in order to represent physically relevant scenarios such as atom-light interactions.

Speaker: Carolyn Wood (The University of Queensland)

1700 Wed RB2 Wood.pptx

Wood_Abstract_AIPC2022.pdf

537 Bandlimtied quantum fields and their continuous and discrete properties

We use bandlimitation to express quantum fields as simultaneously continuous and discrete, showing that discrete fields posess continuous translational symmetry and taking us a step towards unifying quantum field theory with general relativity.

Speaker: Dominic Lewis (RMIT University)

1715 Wed RB2 Lewis.pdf

AIP Abstract - Dominic Lewis.pdf

19:00 Conference Dinner

19:00 for 19:30 start

Thursday 15 December

Plenary: Plenary 4

Convener: Prof. David McClelland (ANU)

538 Educational Transformation at a Critical Time: The essential roles and promise of physicists

Significant, perhaps unprecedented, attention is being paid to the needs for transformation within the fields of science, technology, engineering, and mathematics (STEM) education at the undergraduate level. This talk examines how higher education STEM disciplines, and physicists and physics departments in particular, are positioned to contribute to these discussions and address our challenges. I will review our own efforts in physics education transformation and the growth of work in physics education research (PER) at CU-Boulder as an example. Our work develops a new theoretical line of inquiry in physics education research through experimental work at the individual, the course, and the departmental scales. I present samples of these scales reviewing: how we can build on understanding of student reasoning to study and transform our introductory through upper division courses, studies of how our environments do and do not support women in physics, and models for engaging in sustainable and scalable transformation.

Speaker: Prof. Noah Finkelstein (University of Colorado, Boulder)

0900 Thu HallC Finkelstein.pptx

539 The Coming Decade of Gravitational wave detection and astronomy

The LIGO-Virgo-KAGRA network has detected approximately 100 merging compact objects using gravitational wave detection. The next series of upgrades promises increasing our understanding of highly warped spacetime, nuclear astrophysics, and cosmology. To reach those astrophysical targets, the measurements will have to be improved through quantum metrology, advances in thin film materials, and AI driven feedback controls.

Speaker: Prof. Rana Adhikari (Caltech)

0945 Thu HallC Adhikari.pptx

10:30 Morning tea

Focus Session: Australia's Future in Gravitational Wave Physics and Astrophysics 1

540 Welcome

541 Science with future Gravitational-wave Observatories: Astrophysics

What physics and astrophysics will we uncover with the next generation of gravitational-wave observatories? I will review the broad science case for future instruments, including tests of general relativity, relativistic and nuclear astrophysics, and extragalactic physics.

Speaker: Prof. Paul Lasky (OzGrav Monash University)

1130 Thu RB6 Laksy.pdf

542 Science with future Gravitational-wave Observatories: Cosmology

Gravitational waves offer a new precision tool for cosmology.  I will discuss their advantages over previous light-based techniques, and the major conundrums that gravitational waves will illuminate such as cosmological “tensions”, dark matter, and dark energy.

Speaker: Prof. Tamara Davis (University of Queensland)

1100 Thu RB6 Davis.pdf

543 Status of current and medium term LIGO detectors

The current generation of GW detectors will soon begin their fourth observation run and plans are underway to upgrade the detectors until the start of third generation era. This talk will summarise the plans for the current generation of LIGO detectors.

Speaker: David Ottaway (University of Adelaide)

1150 Thu RB6 Ottaway.pptx

544 Cosmic Explorer and Einstein Telescope

What detector design, configuration and infrastructure are required to reach the gravitational wave horizon? I will discuss the proposed next generation gravitational wave detector, Cosmic Explorer. I will review the instrumental challenges and potential realisation to construct such an observatory.
The Einstein Telescope is European third generation gravitational wave detector. In this talk I will review the infrastructure and instrumentation design and the key challenges that it faces.

Speaker: Dr Bram Slagmolen (OzGrav, ANU)

1200 Thu RB6 Slagmolen.pdf

SASTA: SASTA 1

545 Education in Physics: Igniting passion for physics: students, teachers and academics

Format: 15 minutes Talks from experts in the field + Q&A. University professors & high school teachers
Description: Excitement in Physics is infectious, and it draws people in. For example, Paul Hewitt became known for his passionate and fun way advocating for physics and inspiring many students. Dianna Cowern, an MIT graduate, became a YouTuber known as ‘Physics Girl’. Brian May, the league guitar player for the band Queen and a Ph.D. in Astrophysics, worked in interstellar gases, measured the rate of the rotation of galaxy.
How can we as teachers become passionate and how can we inspire our students?
Presenters:
1. A. Prof Trevor Harris - PhD FAIP - The University of Adelaide
2. Prof. Derek Abbott - Electrical and Electronic Engineering - The University of Adelaide
3. Zahra Pirvali – STEM coordinator and Senior Physics teacher at University Senior College, The University of Adelaide
4. Prof. Eva Bezak - Medical and Nuclear physics - University of South Australia

https://www.sasta.asn.au/blog/2022/11/15/24th_australian_institute_of_physics_congress

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 18 - Fabrication and Integration 1

Convener: Baohua Jia (RMIT University)

546 Semiconductor Nanowire Arrays for Photonic Integration

Semiconductor nanowire arrays have drawn much attention as nanoscale building blocks for integrated photonics, owing to their nanoscale size and unique material properties. In this talk, we present the study of nanowire array based materials and devices for photonic integration.

Speaker: Lan Fu (The Australian National University)

1100 Thu E2 Fu.pptx

Invited talk_LanFu_ANZCOP2022.pdf

547 Photonic chip frequency combs - new technologies to measure almost anything

This presentation will review the emerging science, technology, and applications of photonic chip frequency combs. This new form of laser light has the potential to bring unprecedented precision to almost any application that relies on measurement.

Speaker: Prof. Arnan Mitchell (Integrated Photonics and Applications Centre (InPAC), School of Engineering, RMIT University, Melbourne, Victoria 3001, Australia.)

1130 Thu E2 Mitchell.pptx

Invited talk_Template_ANZCOP2022_Arnan Mitchell.pdf

548 Miniature Zero-index Metamaterial based on Steiner Tree Topological Photonic Crystal

We present a nano-engineered three-dimensional zero-index metamaterial based on Steiner tree networks as a novel topological photonic crystal, featuring a Dirac-like point and a photonic stop-gap to realize low-loss three-dimensional zero-index metamaterial at the wavelength around 1050 nm.

Speaker: Dr Haoyi Yu (University of Shanghai for Science and Technology)

1200 Thu E2 Yu.pptx

AIPC2022 - Haoyi Yu.docx

549 Optical bonding fibers to ZBLAN glass chip waveguides using a CO2 laser

We report the successful thermal fusing of silica single-mode fibers directly to depressed cladding waveguides inscribed in a ZBLAN glass chip using a CO2 laser. This fusing enables complete integration of a fiber and bulk glass waveguides.

Speaker: Dr Yongsop Hwang (University of South Australia)

1215 Thu E2 Hwang.pptx

AIP Congress 2022 Yongsop Hwang v03.docx

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 19 - Nonlinear Optics 1

Convener: Martijn De Sterke (University of Sydney)

550 3D meta-optics: a new platform for wavefront shaping and optical sensing

Ultrathin meta-optics has transformed current photonic design. I will highlight a new 3D meta-optics platform with unleashed height degree of freedom. Design, 3D laser nanoprinting, and applications of various 3D metasurfaces will be discussed.

Bio:
Dr Haoran Ren is an ARC DECRA Fellow at Monash University. He joined Monash University in mid-2022, before that he held a Macquarie University Research Fellowship at Macquarie University, a Humboldt Research Fellowship at LMU Munich, and a postdoc position at RMIT University. His nanophotonics research seeks to uncover the underlying physics in structured light-matter interactions at nanoscale. His research group at Monash aims to develop advanced optical materials and nanotechnology to unleash the full potential of structured light in optical and quantum information processing. Ren is an Associate Investigator for the ARC Centre of Excellence for Transformative Meta-Optical Systems, and a member of the APL Photonics Early Career Editorial Advisory Board.

Speaker: Haoran Ren (Monash University)

1100 Thu E3 Ren.pdf

551 Soliton linear-wave scattering and soliton multiplexing via bichromatic driving of a Kerr microresonator

We show in a Kerr microresonator the injection of a second laser, in addition to the pump laser, can facilitate useful spectral expansion of the original soliton comb. Furthermore we experimentally achieve excitation of two simultaneous solitons for spectroscopic applications.

Speaker: Pierce Qureshi

1130 Thu E3 Qureshi.pptx

anzcop22final.pdf

552 Nonlinear frequency up-conversion in high-Q GaP metasurfaces

Abstract - We demonstrate enhanced visible sum-frequency generation in doubly resonant GaP metasurfaces. Record conversion efficiency is achieved in the metasurface by the excitation of high-quality factor Q bound state in the continuum (BIC) resonances with non-trivial polarization dependence.

Speaker: Rocio Camacho (The Australian National University)

1145 Thu E3 Camacho.pptx

AIPC2022_GaP metasurface.pdf

553 Resonant harmonic generation from nonlinear dielectric metasurfaces

We predict and demonstrate experimentally strong third-harmonic optical signal for broken-symmetry dielectric metasurfaces supporting sharp optical resonances in the near-IR. For chiral asymmetric dielectric metasurfaces we demonstrate experimentally large nonlinear chiroptical response in transmission.

Speaker: Kirill Koshelev (Australian National University)

1200 Thu E3 Koshelev.pptx

Chiral_metasurfaces_AIPC2022.pdf

554 Silicon-Germanium Ring Resonator on-Chip with High Q-Factor in the Mid-Infrared

Author list:
Marko Perestjuk [1,2], Rémi Armand [2], Alberto Della Torre [2], Milan Sinobad [3], Arnan Mitchell [1], Andreas Boes [1,4], Jean-Michel Hartmann [5], Jean-Marc Fedeli [5], Vincent Reboud [5], Alfredo De Rossi [6], Sylvain Combrié [6], Christelle Monat [2], Christian Grillet [2]

[1] Integrated Photonics and Applications Centre, School of Engineering, RMIT University, Melbourne, VIC 3001, Australia
[2] Université de Lyon, Institut des Nanotechnologies de Lyon (INL, UMR-CNRS 5270), Ecole Centrale de Lyon, 69130 Ecully, France
[3] Deutsches Elektronen-Synchrotron, 22607 Hamburg, Germany
[4] Institute for Photonics and Advanced Sensing, The University of Adelaide, Adelaide, SA 5005, Australia
[5] CEA-Leti, Université Grenoble Alpes, 38054 Grenoble Cedex 9, France
[6] Thales Research and Technology, Campus Polytechnique, Palaiseau, France

Abstract:
We demonstrate an on-chip high-Q ring resonator in the mid-infrared with a loaded Q-factor above 200,000. This was achieved around 4.18µm wavelength on a CMOS-compatible silicon-germanium platform, whose strong nonlinearity makes the rings ideal candidates for Kerr comb generation

Speaker: Marko Perestjuk (RMIT University & Institut des Nanotechnologies de Lyon)

1215 Thu E3 Perestjuk.pdf

AIP: Condensed Matter, Materials and Surface Physics: CMM 7

Convener: Dongchen Qi

555 Device design for detecting topological signatures in quantum wires

In this talk we demonstrate how, using quantum point contacts (QPCs), we are able, for the first time, to carefully design devices with known electrostatic confinement dimensions, providing a pathway to scalable topological quantum hardware.

Speaker: Dr Karina Hudson (University of New South Wales)

1100 Thu HallC Hudson.pptx

Abstract_Hudson_AIPC2022.pdf

556 The effect of pinholes on Josephson transport in AlOx tunnel junctions

Josephson junctions are the key components of quantum computers based on superconducting qubits. We develop an atomistic model to study the effect of microscopic defects called "pinholes", which could cause energy dissipation in Al/AlO$_\textrm{x}$/Al Josephson junctions.

Speaker: Karen Bayros (RMIT University)

1130 Thu HallC Bayros.pptx

Bayros_AIPC_Abstract.pdf

557 Origin of Discontinuous Negative Differential Resistance in Metal-Oxide-Metal Devices

Metal-insulator-transition, threshold switching, negative differential resistance, Schottky-barrier, current bifurcation

Speaker: Dr Sanjoy Nandi (The Australian National University)

1145 Thu HallC Nandi.pptx

Abstract-NbOx-Final.pdf

558 Observing varied magnetic phases in a van der Waals antiferromagnet using widefield nitrogen-vacancy centre microscopy

A magnetic study of the van der Waals antiferromagnet CuCrP2S6 showcasing the capabilities of widefield NV microscopy and uncovering a surprising range of magnetic phases in this material.

Speaker: Alex Healey (University of Melbourne)

1200 Thu Hall C Healey.pptx

AIPC2022_abstract_healey.pdf

559 Skyrmion nucleation on a surface of topological insulators

Skyrmion nucleation induced by spin-transfer torques at an interface of a topological insulator and a ferromagnetic insulator is investigated. We find skyrmion nucleation time, critical nucleation field, and skyrmion numbers.

Speaker: Dr Oleg Tretiakov (UNSW)

1215 Thu HallC Tretiakov.pptx

abstract_Tretiakov_AIP2022.pdf

Conference on Optoelectronic and Microelectronic Materials and Devices: COMMAD 10 - Novel Electronic Devices

Convener: Lorenzo Faraone (The University of Western Australia)

560 Record-breaking performance of low-dimensional solid photodetectors – Commentary

The purpose of this paper is to point out these unreliable photodetector parameters noted by the author and to try to draw attention to the obvious physical limitations of photodetectors that are sometimes overlooked in estimating photodetector performance.

Speaker: Prof. Antoni Rogalski (Military University of Technology)

1100 Thu RB7 Rogalski.ppt

Abstract.docx

561 Low-leakage Top-Gated Field-Effect Transistors with Epitaxial Graphene on SiC/Si pseudosubstrates

We address the challenges of growing epitaxial graphene on the 3C-SiC/Si system with our findings finally opening the possibility of obtaining dynamic tunability of charge transport in graphene on SiC/Si for integrated nanoelectronics and nanophotonics functionalities.

Speaker: Aiswarya Pradeepkumar (University of Technology Sydney)

1130 Thu RB7 Pradeepkumar.pptx

Aiswarya Pradeepkumar_COMMAD_Abstract.pdf

562 Liquid metal-assisted synthesis of atomically thin indium nitride films featuring 2D electron gases

The work demonstrates the synthesis of ultrathin two-dimensional(2D) indium nitride(InN) films with few atom thicknesses and lateral dimensions exceeding centimeter-scale. The as-synthesized films feature 2D electron gases rendering them promising candidates for next-generation advanced optoelectronic devices and functional 2D heterostructures.

Speaker: Ms Nitu Syed (The University of Melbourne)

1145 Thu RB7 Syed.pptx

Abstract2_NituSyed.docx

563 Nonvolatile Resistive Switching in Layered InSe via Electrochemical Cation Diffusion

Non-volatile 2D memory systems are being widely considered because of their scalability. We experimentally and theoretically investigate 2D InSe for resistive switching alongside investigating the role of cations and anions in the switching mechanism.

Speaker: AISHANI MAZUMDER

1200 Thu RB7 Mazumder.pptx

Abstract_Aishani_Mazumder_AIPC2022.pdf

564 The Electrical Nature of Au-hyperdoped Si

Au-hyperdoped Si has recently shown promise as a Si-based near-infrared detector. Here, we show electrical characterization measurements of Au-hyperdoped Si in an effort to optimize device architecture and detector efficiency.

Speaker: Shao Qi Lim (Centre of Quantum Computation and Communication Technology, School of Physics, University of Melbourne)

1215 Thu RB7 Lim.pptx

Qi COMMAD 2022 abstract - SiAu.pdf

AIP: Group for Astroparticle Physics / Astronomy: GAP 1

Convener: Alexander Heger (Monash University)

565 The SKA Observatory: progress towards the next generation of radio astronomy

The SKA Observatory will transform our understanding of the Universe. After decades of planning, construction of two telescopes is about to start in Australia and South Africa. Hear the latest on Australia’s first mega-science project.

Speaker: Dr Sarah Pearce (SKAO)

1100 Thu RB3 Pearce.pptx

Sarah Pearce_AIPC2022.pdf

566 CTA status and Oz-MWL linkages

The CTA is the next generation ground-based high-energy gamma-ray telescope, constructed-operated by 25 countries. Its Key Science span Galactic/Extragalactic, time-domain and fundamental (astro)physics. Australian participation in CTA is through a consortium of 7 universities, with additional AAL funding and support.

Speaker: Miroslav Filipovic

1130 Thu RB3 Filipovic.pptx

567 Neutrino Astronomy and Astroparticle Physics with IceCube

In this contribution we discuss the IceCube Neutrino Observatory's discovery of high energy neutrino sources and plans for future upgrades of the detector.

Speaker: Gary Hill (University of Adelaide)

1145 Thu RB3 Hill.pdf

Abstract-GCH.pdf

568 Recent results in TeV gamma-ray astronomy with H.E.S.S.

The High Energy Stereoscopic System has revolutionised TeV gamma-ray astronomy over the past two decades. This presentation will highlight some of the recent discoveries from H.E.S.S. over the past year or so (such as novae, gamma-ray bursts and pulsars).

Speaker: Gavin Rowell

1200 Thu RB3 Rowell.pdf

gpr-HESS_AIPC2022.pdf

569 Detection of the Sagittarius Dwarf Spheroidal Galaxy in Gamma-Rays

The search for gamma-ray emission from dwarf spheroidal galaxies is of ongoing interest in the context WIMP dark matter. We have detected a 1-100 GeV signal from the Sagittarius Dwarf Spheroidal, the third-most massive satellite of the Milky Way.

Speaker: Roland Crocker

Abstract_Template_AIPC2022.pdf

Crocker_AIP_2022_Adelaide.pdf

AIP: Education: PEG 1

Convener: Thomas Dixon (UNSW)

570 “Chegg-proofing” Examination Setting

Can a “Chegg-proof” examination of a standard physics unit be set? The answer, of course, is yes. But at what cost in academic workload, and is this the best use of that time?

Speaker: Deb Kane

1100 Thu RB4 Kane.pptx

Abstract_AIPC2022_Education_DK.pdf

571 Our Experience with Pass/Fail Grading in First Year Physics

Our talk will discuss our experience so far with pass/fail grading and research we intend to conduct over the next year.

Speaker: Elizabeth Angstmann

1130 Thu RB4 Angstmann.pptx

AIPC2022_Liz_pass_fail.docx

572 Preparing First Year Physics students for Laboratory assessment

Using a combination of rubrics, sample work and a quiz module with clear goals and expectations to prepare students for participating and writing in physics teaching laboratories. Student improvements and outcomes are presented.

Speaker: Jacinta den Besten (The University of Melbourne)

1145 Thu RB4 Den Besten.pptx

DENBESTENetal_AIPC2022.pdf

573 Incorporating a Flight Simulator Based Laboratory for Physics of Motion

Traditional physics of motion laboratories involve air tracks/tables. Activities should facilitate understanding of concepts and represent real-world/authentic activities for engagement. Using a physics-based flight-simulator, X-Plane11, students perceived positive learning outcomes with an authentic engaging activity, with a real-world application.

Speaker: Graham Wild (UNSW)

1200 Thu RB4 Wild.pptx

AIP_xplane.pdf

574 Making More Diffraction Orders by Shrinking Wavelengths

The change of wavelength of light with the medium it’s travelling through can be demonstrated by immersing a simple diffraction experiment in water. Higher orders of diffraction can occur in water compared to in air.

Speaker: Dr Margaret Wegener (School of Mathematics and Physics, The University of Queensland)

1215 Thu RB4 Wegener.pptx

AIPCongress2022AbstractV2.docx

Precision and Quantum Sensing Workshop: PQS 6 - Magnetometry 3

Convener: Susannah Jones (UK Defence, Science and Technology Laboratory)

575 Underwater Operations of an Atomic Magnetometer for Magnetic Anomaly Detection

We present a deployable underwater atomic magnetometer that enables novel approaches to magnetic anomaly detection. We demonstrate that a pair of these magnetometers can detect a surface craft passing 15m above the submerged sensors.

Speaker: Chris Perrella (University of Adelaide)

1100 Thu RB5 Perrella.pdf

CP_Abstract.docx

576 Quantum sensing from a distance through diamond-doped glass hybrid optical fibres

This talk reviews fabrication strategies to embed diamond particles in fibres with respect to diamond and fibre properties and enhancing magnetic field sensitivity.

Speaker: Heike Ebendorff-Heidepriem

1130 Thu RB5 Ebendorff-Heidepriem.pptx

Ebendorff-Heidepriem .docx

577 Diamond-doped Optical Fibres for Remote Magnetometry Applications

The ability to monitor weak magnetic fields is a key objective in long-term surveillance. Here I will discuss the fabrication and characterization of an intrinsically magneto-sensitive diamond doped optical fibre with potential applications as a high-efficiency remote magnetic sensing platform.

Speaker: Brant Gibson

1200 Thu RB5 Gibson.pdf

Diamond_FIbre_abstract_AIPC2022_final.pdf

578 Isotopic enrichment of diamond for bulk nitrogen-vacancy magnetometry applications

In this work, we explore how isotopic enrichment of diamond materials can benefit quantum diamond magnetometers. This is implemented by engineering CVD-grown material and conducting characterization of their properties in order to evaluate the impact on their overall magnetic sensitivities.

Speaker: David Simpson (The University of Melbourne School of Physics)

1215 Thu RB5 Simpson.pptx

Chew_AIP_Abstract_2022.docx

7th International Workshop on Speciality Optical Fibres: WSOF 8 - Fibre Lasers 2

Convener: FRANCOIS CHENARD

579 Advances in High Power Fibre Lasers for Defence and Dual Use Applications

Fibre sources and metal-coated fibres are relevant to a range of dual-use applications. We will review DST work and highlight opportunities for collaborative programs based on these enabling technologies.

Fibre based sources present a compelling platform for the development of laser and amplifier devices to address a range of applications. The monolithic nature of fibre sources combined with demonstrated power scaling potential, excellent beam quality and narrow linewidth operation in particular enables their utility inareas such as materials processing, remote sensing, quantum physics and a range of scientific applications.
DST has developed a range of sources, in particular operating around 2 μm wavelength based on thulium and holmium doped fibres, as well sources based on the emerging platform of metal-coated fibres operating at wavelengths around 1 μm.

This presentation will review recent activities at DST in the areas of enabling component development, and the development of fibre sources focussing on thulium doped fibre and metal coated fibre architectures. The talk will highlight the dual use nature of the fibre sources and explore the potential opportunities for the development of collaborative programs based on these technologies.

Speaker: Alex Hemming (DSTG)

1100 Thu HallA Hemming.pptx

580 High Performance Large-Mode Area Double-Clad Fibers for kW Power Scaling of Fiber Lasers from 1 to 2.1 μm

Advances in Yb-doped and Tm-doped Double-clad LMA fibers to power-scale fiber lasers beyond multi-kW are presented, demonstrating > 3 kW at 1μm and > 65% slope efficiency at 2 μm.

Speaker: Clemence Jollivet (Coherent-nufern)

1130 Thu HallA Jollivet.pdf

Clemence Jollivet WSOF Invited.pdf

581 Development of components and processes for power scaling of diode-pumped metal coated optical fibre amplifiers

We have demonstrated a 6+1→1 optical fibre combiner for diode-pumped 1 µm operation, using metal coated fibre for the output fibre port with pump power levels up to 700 W

Speaker: Mr Adam Gambell (DST Group)

1200 Thu HallA Gambell.pptx

BW3463402.docx

582 Scalable All-Fiber Coherent Beam Combination Using Digital Control

Demonstration of a polarisation maintaining all-fibre coherent beam combining system, digitally implemented using a FPGA and electro-optic modulators. The experimental implementation combines three 7 W Erbium-doped polarisation maintaining fibre amplifiers with greater than 95% efficiency and $\lambda/493$ RMS phase stability.

Speaker: Samuel Legge (Australian National University)

1215 Thu HallA Legge.pptx

AIP2022_SL (1).pdf

12:30 Lunch

Special session: The Centenary of the International Union of Pure and Applied Physics (IUPAP)

Convener: Prof. Nicole Bell (The University of Melbourne)

583 The History and Future of IUPAP

IUPAP was established in 1922 as the world was rebuilding itself after the 1914-1918 war. It has supported physics and physicists in the for the last 100 years, and will support them for the next 100 years.

Bruce was the President of IUPAP from 2014 to 2017, and is now the Past President on the Executive Council. He is emeritus Professor at the University of Melbourne.

Speaker: Bruce McKellar

1300 Thu HallC Mckellar.pdf

584 IUPAP Working Groups

In addition to its Commissions IUPAP has a number of Working Groups which aim to focus and develop new research fields and activities that would be difficult to resource through traditional methods. The Working Group on International Cooperation in Nuclear Physics (WG.9) will serve as an example what these groups can achieve.

Anthony is the Elder Professor of Physics at the University of Adelaide. From 2004-2009 he served as Chief Scientist at the Thomas Jefferson National Accelerator Facility in the United States. He was President of the AIP from 1991-93, served six years as secretary of the IUPAP Commission on Nuclear Physics, was the inaugural Chair of IUPAP WG.9 and is currently Vice-Chair of the Asian Nuclear Physics Association.

Speaker: Anthony Thomas

1330 Thu HallC Thomas.pdf

585 Discussion

Focus Session: Australia's Future in Gravitational Wave Physics and Astrophysics 2

586 Building NEMO, a Neutron star Extreme Matter Observatory in Australia

What technologies are needed to build a one-of-a-kind gravitational wave detector in Australia? I will present some of the key ingredients needed to build NEMO : a detector with sensitivity focused  in the kHz regime.

Speaker: Dr Vaishali Adya (Royal Institute of Technology, Sweden)

1430 Thu RB7 Adya.pdf

587 What does Australia bring to the global gravitational-wave detector network

What will a gravitational-wave detector in Australia bring us? We will discuss the contribution of an Australian detector to multi-messenger astronomy in the current and next generations of the global detector network.

Speaker: Dr Lilli Sun (OzGrav, ANU)

1500 Thu RB7 Sun.pdf

588 Discussion

Speaker: David McClelland (ANU)

SASTA: SASTA 2

589 Teaching and Learning Modern Physics: Quantum Physics and / Relativity

Format: 20 minutes workshops by the university professors
Description: Modern physics requires an adequate use of models and a deep conceptual understanding of the underlying abstract ideas. The Physics curriculum in high schools and introductory university courses contains, at best, a passing reference to 20th Century physics. How have teachers and students adapted their conceptual frameworks towards incorporating the highly non-classical issues of modern physics? Do they appreciate the topics of interest to contemporary physicists, the contribution of physics to modern thought or the connection between the Physics they learn and modern technology? Examples include the Laser, Quantum technologies, LED, Large Hadron Collider, gravitational waves,
How can we stimulate greater interest and encourage our students to pursue their studies of physics further?

Presenters:
1. Professor Peter Veitch - Leader of the University of Adelaide node of the ARC Centre of Excellence for Gravitational Wave Discovery (OzGrav), The University of Adelaide
Topic of Presentation: Gravitational Waves
2. Professor Halina Rubinsztein-Dunlop – ARC CoE for Engineered Quantum Systems, School of Mathematics and Physics, The University of Queensland.
Topic of Presentation: Upcoming Quantum Technologies
3. Prof Kishan Dholakia - ARC Laureate Fellow at the Institute for Photonics and
Advanced Sensing (IPAS) - The University of Adelaide Topic of Presentation: Quantum Sensing

https://www.sasta.asn.au/blog/2022/11/15/24th_australian_institute_of_physics_congress

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 20 - Nonlinear Optics 2

Convener: Yana Izdebskaya (Australian National University)

590 Linear propagation of optical pulses with high-order dispersion

We theoretically and numerically study the linear propagation of optical pulses in media with high-order dispersion m. We find that for high dispersion orders, all pulses follow a universal evolution depending only on m, eventually evolving to a sinc function.

Speaker: Martijn De Sterke (University of Sydney)

1400 Thu HallC De Sterke.pptx

Abstract_Template_AIPC2022.pdf

591 Dispersion Engineering for Complete Coherent Conversion

We show theoretically how to control coherent conversion between a narrowband pump photon and broadband photon pairs in nonlinear optical waveguides by tailoring frequency dispersion for broadband quantum frequency mixing.

Speaker: Alexander Solntsev (University of Technology Sydney)

1415 Thu HallC Solntsev.pdf

CPC.pdf

592 Exploring higher order dispersion: Families of exact soliton solutions

Recent studies have shown that solitons dominated by higher order dispersion effects give rise to a large family of possible soliton solutions. We study soliton solutions formed in higher order dispersion systems and uncover families of exact analytic solutions.

Speaker: Yun Long Qiang

1430 Thu HallC Qiang.pdf

AIP_Abstract.pdf

593 Periodic Poling of Thin-Film Lithium Niobate for Quasi-Phase Matching

In this contribution, we investigate periodic poling of 300nm thin-film X-cut lithium niobate on insulator and study the correlation between applied voltage pulses and domain evolution for efficient second-order nonlinear optical frequency conversion processes.

Speaker: Aditya Dubey (RMIT University)

1445 Thu HallC Dubey.pptx

ANZCOP_AdityaD_Submission.pdf

594 Characterising Solitons with Tuneable Multi-peak Spectra

We numerically and analytically examine solitons arising from a dispersion relation with several peaks of different local curvatures and wavenumbers. Their spectra have multiple separate frequency components whose relative intensities depend on the pulse power.

Speaker: Justin Widjaja (University of Sydney)

1500 Thu HallC Widjaja.pptx

characterising solitons with tuneable multi-peak spectra.pdf

595 Broadband Frequency Combs in Photonic-Belt Resonators

We consider frequency comb generation in high-finesse magnesium fluoride photonic belt resonators. The confinement to a few spatial modes permits comb excitation free from linear mode interactions. The comb was extended via a dispersive wave, resulting in a broadband spectra.

Speaker: Vincent Ng (University of Auckland)

1515 Thu HallC NG.pptx

AIPC2022 Abstract - Vincent.pdf

AIP: Biomedical and Medical Physics: BMP 1

Conveners: Prof. Eva Bezak (University of South Australia), Stephen Tronchin (Department of Physics, University of Adelaide, Adelaide, South Australia 5005 Australia)

596 Tracking the nuclear wide dynamics of live cell nucleosome proximity by fluorescence anisotropy imaging of histone FRET

Here we present a powerful new microscopy method based on fluorescence anisotropy imaging microscopy (FAIM) of Förster resonance energy transfer (FRET) between fluorescently labelled nucleosomes to spatiotemporally map live cell genome organisation in real time with super resolution.

Speaker: Dr Elizabeth Hinde (University of Melbourne)

Abstract_Template_AIPC2022_E_Hinde.pdf

597 ABCDE: Assessing Blood vessels for Cardiovascular Disorders through the Eye

This work presents a trans-ocular measurement of retinal blood-vessel-wall integrity as a quantitative assessment of hypertension.

Speaker: Hadi Afsharan

1415 Thu E2 Afsharan.pptx

ANZCOP.pdf

598 A Systematic Review of the Proton and Carbon FLASH Effect

FLASH is an emerging radiotherapy modality that enhances normal tissue sparing whilst maintaining tumour kill efficacy. This talk will summarise recent preclinical proton- and carbon-FLASH literature, and the predicted radiobiological mechanisms responsible for the 'FLASH effect' phenomenon.

Speaker: Jake Atkinson (University of South Australia)

1430 Thu E2 Atkinson.pdf

AIP Congress Conference Abstract Submission Final.docx

599 The effect of discrete wavelengths of visible light on the developing murine embryo

Light is present throughout the process of IVF. However, its impact on embryos remains unknown. Here we controlled for equivalent energy dose of light applied across wavelengths and found longer wavelengths of light to be detrimental to the embryo.

Speaker: Darren Jin Xiang Chow

1445 Thu E2 Chow.pptx

Abstract_Embryo_AIPC2022_v6.docx

600 Reducing Uncertainty in Proton Therapy Treatment Planning

Proton therapy is a modern radiotherapy treatment which allows significant sparing of healthy tissues compared with conventional photon radiation. Some assumptions made during treatment planning introduce uncertainties into the process which should be well understood and quantified.

Speaker: Melissa McIntyre (University of Adelaide)

1500 Thu E2 Mcintyre.pdf

AIPabstract.pdf

601 Modelling the effect of daughter migration on dosimetry estimates for Actinium-225 in Targeted Alpha Therapy

We developed a compartment model where we assigned each daughter of actinium-225 unique biokinetics. We used the model to study the effect of daughter migration on organ doses in Targeted Alpha Therapy.

Speaker: Stephen Tronchin (Department of Physics, University of Adelaide, Adelaide SA 5005, Australia.)

1515 Thu E2 Tronchin.pptx

Abstract_Stephen_Tronchin_AIP2022.pdf

AIP: Group for Astroparticle Physics / Astronomy: GAP 2

Convener: Prof. Celine Boehm (USyd)

602 Latest Results on Ultra-High Energy Cosmic Rays from the Pierre Auger Observatory

In this talk I will describe the state of our understanding of the highest energy cosmic rays with a variety of results from the 3000 square kilometre Pierre Auger Observatory.

Speaker: Bruce Dawson (University of Adelaide)

1400 Thu RB3 Dawson.pdf

Dawson_AIPC2022.pdf

603 Constraining the Number of Neutrino Sources from Events Observed by IceCube using Importance Sampling

In this contribution, we show how we constrain the number of neutrino sources that produce the high-energy astrophysical neutrino events observed by IceCube using importance sampling to maximise a multidimensional marginal likelihood.

Speaker: Ella Roberts

1430 Thu RB3 Roberts.pptx

ERoberts_Abstract_AIPC2022.pdf

604 Modelling the Gamma-ray Morphology of the Supernova Remnant W28

This contribution will introduce a novel 3D modelling and present the gamma-ray morphology around the SNR W28 using hydrogen gas distributions from Australian surveys. We will discuss our grid search of SNR, diffusion and gas properties to reproduce gamma-ray observations.

Speaker: Sabrina Einecke (University of Adelaide)

1445 Thu RB3 Einecke.pdf

Abstract_Template_AIPC2022.docx

605 Gamma-ray and Neutrino Emission from Supernova Remnants and Molecular Clouds

In this contribution, we present our study on predicting observable fluxes of gamma rays and neutrinos created in the hadronic collisions of particles accelerated by Galactic supernova remnants with nearby molecular gas clouds.

Speaker: Ryan Burley (University of Adelaide)

1500 Thu RB3 Burley.pdf

Abstract_AIPC_Burley.pdf

606 Constraints on Light Dark Matter from Cosmic Ray Upscattering

Models with large cross sections require light mediators and are subject to other constraints. We use the direct detection of CR-upscattered DM to compute limits on the coupling, and compare these with constraints arising from other experiments and observations.

Speaker: Iman Shaukat Ali

1515 Thu RB3 Shaukat Ali.pptx

Abstract_AIP_Congress (1).pdf

AIP: Nuclear and Particle Physics: NUPP 7

Convener: Prof. Paul Jackson (University of Adelaide)

607 SUPL – An underground laboratory for fundamental science in Australia

Describes the new underground fundamental science facility, SUPL, driven by the particle and nuclear physics, and astrophysics communities.
outline of facility came, it characteristics and status of installation DM search experiment SABRE. Other potential activities for SUPL described.

Speaker: Geoffrey Norman Taylor (University of Melbourne (AU))

1400 Thu E3 Taylor.pdf

SUPL_Abstract_AIP2022.docx

608 New proposal for dark photon searches: parity-violating electron scattering

We propose that parity-violating electron scattering (PVES) provides promising opportunity for the dark photon searches. We explore the sensitivity of PVES asymmetry to the dark photon parameters. We also extract the favoured region by fitting the parity-violation data.

Speaker: Xuangong Wang

1415 Thu E3 Wang.pptx

Abstract_Wang_AIPC2022.pdf

609 Searching for Dark Matter with The ORGAN Experiment: Results, Status, and Future Plans

We present the current status and future plans of the experiments within The Oscillating Resonant Group AxioN (ORGAN) Collaboration, which develops axion haloscopes. Axions are a compelling dark matter candidate, and haloscopes are a tool for axion searches.

Speaker: Ben McAllister

1430 Thu E3 Mcallister.pdf

ORGAN Summary Abstract.docx

610 Rare leptonic B-decays at the Belle II Experiment

We will summarise current searches within Belle II to identify the rare, leptonic B- decays B+ → μ+ν or B0 → νν ̄ and detail how the upper bounds on experimental branching fractions of these rare decays will be improved.

Speaker: Shanette De La Motte

1445 Thu E3 De La Motte.pptx

ShanetteDeLaMotte_rareLeptonicDecays.pdf

611 Study of Exclusive B → π ℓ ν Decays with Hadronic Full-event-interpretation Tagging in Belle II Data and Extraction of |Vub|

A measurement of the magnitude of the Cabibbo-Kobayashi-Maskawa matrix element $|V_{\mathrm{ub}}|$ is extracted exclusively from the semileptonic $B$-meson decay $B \to \pi \ell \nu$ in an early subset of Belle II data using hadronic Full-event-interpretation tagging.

Speaker: Ms Nadia Toutounji (University of Sydney)

1500 Thu E3 Toutounji.pdf

AIP_abstractNT.pdf

612 Intrinsic Background Characterisation of an Ultra-pure NaI test Crystal for SABRE South

This talk will present the characterisation methods and results of intrinsic backgrounds in an ultra-pure NaI crystal for the SABRE South dark matter experiment, with a focus on 238U and 232Th.

Speaker: Ferdos Dastgiri

FD_AIP2022_Abstract.pdf

FD_AIP_2022_BiPoPresentation2.pdf

AIP: Education: PEG 2

Convener: Jacinta den Besten (The University of Melbourne)

613 How Teaching Students to “Think Like a Physicist” led to the ANU MakerSpace

This presentation tells the story of how my hands-on approach to physics education led to the ANU MakerSpace – a highly successful, interdisciplinary, and openly accessible makerspace. I will share some highlights from my experience.

Speaker: John Debs (Research School of Physics, The Australian National University)

John_Debs.docx

614 Playing Music with Molecules: a Spectroscopic Symphony for Scientific Education and Engagement

We detail a new, more inclusive approach to teaching quantum concepts to both students and non-scientific audiences; based on direct real-time interactions between musical instruments with quantum systems at audio frequencies.

Speaker: Liam Hall (School of Chemistry, the University of Melbourne)

1430 Thu RB4 Hall.pptx

Hall_AIP_Edu_Abstract.pdf

615 What Aurora Reveals About the Physics Study and STEM Career Choices Among Schoolgirls

I seek to discuss the insights from 6 years of the Aurora Contest data to understand the reach and knowledge of this contest and outreach activities that can shape STEM study, in particular Physics and related career choices among schoolgirls.

Speaker: Maria Parappilly (Flinders University)

1445 Thu RB4 Parappilly.pptx

AIP abstract_2022_Final.pdf

616 Ensuring the Quality of an Online Course with Changing Staff

We run a large online-only physics course three times a year, with different academics and staff assigned each time. This talk outlines our work in ensuring consistency throughout the terms via course design and automation.

Speaker: Thomas Dixon (UNSW)

1500 Thu RB4 Dixon.pptx

Tom_Liz_Kate_AIP.docx

617 Bunjee Jumping: Using modelling and technology to improve student engagement with uncertainty analysis

In this presentation we will provide results of a study conducted in first-year physics laboratories involving an experiment, Bunjee Jumping. The experiment is designed with a conceptual framework integrating technology and modelling to specifically ‘engage’ students with uncertainty analysis.

Speaker: Srividya Durga Kota

1515 Thu RB4 Kota.pptx

Vidya kota_Abstract_AIPC2022.docx

Precision and Quantum Sensing Workshop: PQS 7 - Quantum Imaging

Convener: Elizaveta Klantsataya (University of Adelaide)

618 Sub-wavelength quantum imaging for astronomy

I will discuss recent advances in quantum imaging, and show how optimal measurement techniques that can allow us to surpass direct imaging precisions by several orders of magnitude.

Speaker: Dr Zixin Huang (Macquarie University)

1400 Thu RB5 Huang.pdf

Huang.docx

619 A practical quantum sensing wide-field probe for precision magnetic imaging

Widespread adoption of wide-field nitrogen-vacancy microscopy amongst the scientific community is hindered by non-trivial technical requirements. We demonstrate a method to overcome these challenges by developing a fully integrated diamond probe, and show some example applications.

Speaker: Mr Islay Robertson (RMIT)

1430 Thu RB5 Robertson.pptx

AIP_congress_2022 - IR.pdf

620 Polarization dependent quantum correlation measurements of two nitrogen-vacancy color centres in diamond

By focusing on the second-order correlation as a function of emission polarization, we demonstrate additional information gained from using polarization combined correlation optics and pave the way for future protocols in sub-diffraction limited particle localization and characterization via quantum imaging.

Speaker: Davin Yue Ming Peng (Australian Research Council Centre of Excellence for Nanoscale Biophotonics, RMIT University)

1445 Thu RB5 Peng.pptx

AIP Congress2022_abstract_Davin Peng.pdf

621 Quantum-enabled super resolution imaging

A super-resolution optical microscopy method using Bayesian inference and flipped optical modes, developed to better resolve point source emitters below the resolution limit.

Speaker: Larnii Booth

1500 Thu RB5 Booth.pptx

AIP abstract Larnii Booth.docx

622 Diamond-based Quantum Sensors for Next Generation NMR Applications

We discuss our recent progress in utilising cutting edge diamond-based quantum sensors to develop a portable, robust, and sensitive nuclear magnetic resonance (NMR) spectrometer for in-field trace chemical detection and analysis.

Speaker: Liam Hall (School of Chemistry, the University of Melbourne)

1515 Thu RB5 Hall.pptx

Hall_AIP_PQS_Abstract_2022.pdf

AIP: Quantum Science and Technology: QST 15 - Optomechanics

Convener: Alexander Wood (University of Melbourne)

623 Quantum Engineering with Levitated Systems

I will discuss the advantages of magnetic trapping for trapping and cooling of nano-micron-scaled objects. This complete passive type of trap heralds the potential for low noise levitation and the creation of ultrahigh-motional-Q massive oscillators.

Speaker: Jason Twamley (Okinawa Institute for Science and Technology)

1400 Thu RB6 Twamley.pptx

Jason Twamley - Abstract.pdf

Jason Twamley - Bio

Jason Twamley - Headshot.png

624 Tunable Gyromagnetic Augmentation of Nuclear Spins in Diamond

We demonstrate rapid quantum control of optically-dark nuclear spins in diamond, which are typically isolated from both magnetic noise and oscillating control fields, through magnetic-field induced augmentation.

Speaker: Russell Goldblatt

1430 Thu RB6 Goldblatt.pptx

Augmentation_AIP_Abstract.pdf

625 Conditional quantum states of a continuously monitored mechanical oscillator

We present novel quantum frameworks for inferring the quantum state of the mechanical oscillator in different scenarios and elaborate on how they are applied to a resonator in the lab.

Speaker: Soroush Khademi (The University of Queensland)

626 Microwave mode cooling with room temperature diamonds

The presented work demonstrates the cooling of an X-band microwave mode with an ensemble of hyper-polarised room temperature nitrogen vacancy centres in diamond.

Speaker: Tom Day (School of Electrical Engineering and Telecommunications, UNSW Sydney, Australia)

1500 Thu RB6 Day.pptx

AIP congress abstract 2022 - Tom Day.pdf

627 Quantum Control of Ensemble Nitrogen-Vacancy Spins in Diamond with Spin Bath Driving

Nitrogen-Vacancy centres in diamond are promising room-temperature quantum sensors. However, interaction with bath-spins in the surrounding lattice can lead to strong decoherence. We investigate decoupling of these interactions by driving the bath-spins with chirped signals.

Speaker: Jemy Geordy (School of Mathematical and Physical Sciences, Macquarie University, Australia and ARC Centre of Excellence for Engineered Quantum Systems, Macquarie University, Australia)

1515 Thu RB6 Geordy.pptx

abstract_AIP_2022_Jemy_Geordy.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 9 - Advanced Techniques

Convener: Ryszard Buczynski

628 Optically Cooled Yb-Doped Silica Fiber Lasers

This presentation will discuss recent breakthroughs in optical (laser) cooling of Yb-doped silica fibers using anti-Stokes pumping, and the exciting upcoming generation of silica fiber amplifiers and lasers that run cold.

Speaker: Michel Digonnet (Stanford University)

1400 Thu HallA Digonnet.ppt

Michel Digonnet WSOF Invited.pdf

629 How to Build a High Performance MPLC: From Simulation to Fabrication

We describe a repeatable method for building and characterising a multi-plane light convertor that operates as a 55 spatial mode sorter.

Speaker: Daniel Dahl (The University of Queensland)

1430 Thu HallA Dahl.pptx

How_to_Build_a_High_Performance_MPLC_From_Simulation_to_Fabrication.pdf

630 Machine Learning for Pressure Sensing Using Pure Silica Microstructured Optical Fiber Based Specklegram Sensor

We demonstrate the application of machine learning to improve the performance of specklegram pressure sensor using pure silica six-hole microstructured optical fiber. The sensor will be useful for pressure sensing in harsh industrial applications.

Speaker: Mr Mohammad Istiaque Reja (Institute for Photonics and Advanced Sensing, School of Physical Sciences, The University of Adelaide, Adelaide, SA 5005, Australia, Dept. of Electrical and Electronic Engineering, Chittagong University of Engineering and Technology, Chattogram 4349, Bangladesh, and Future Industries Institute, University of South Australia, Mawson Lakes, SA 5095, Australia.)

1445 Thu HallA Reja.pptx

Abstract.pdf

631 An achromatic metafibre for focusing and imaging across the entire telecommunication range

We fabricate a 3D achromatic diffractive metalens on the end face of a single-mode fiber, useful for endoscopic applications. We demonstrate achromatic and polarization-insensitive focusing across the entire near-infrared telecommunication wavelength band ranging from 1.25 to 1.65 µm.

Speaker: Haoran Ren (Monash University)

1500 Thu HallA Ren.pptx

Haoran Ren_AIPC2022.pdf

632 Comparison of Radiation-Induced-Attenuation in Pure Silica Core and F-doped Silica fibres

file attached

Speaker: Garry Berkovic

1515 Thu HallA Berkovic.pptx

Berkovic WSOF 2022 submission.pdf

15:30 Afternoon tea

Special session: Physics Education-themed High Tea

633 Preparing and sustaining physics educators (including discussion)

Short keynote (10-15 mins) from Noah Finkelstein
Round-table discussion
Q&A session

Speaker: Noah Finkelstein (University of Colorado, Boulder)

Focus Session: Time Crystals 1

634 Condensed Matter Physics in Big Time Crystals

We report the application of big discrete time crystals created by a Bose-Einstein condensate of ultracold atoms bouncing on an oscillating mirror to the investigation of condensed matter phenomena in the time dimension.

Speaker: Peter Hannaford (Swinburne University of Technology)

1600 Thu E2 Hannaford.pptx

Hannaford AIPCongress.docx

635 Realization of a discrete time crystal on 57 qubits of a quantum computer

Here we report the observation of a discrete time crystal on a chain consisting of 57 superconducting qubits on IBM’s quantum computer.

Speaker: Philipp Frey (University of Melbourne)

1630 Thu E2 Frey.pdf

636 Clean Time Crystals in Kicked Lieb-Liniger Model

We present a theoretical study of clean time crystalline phases in the model of periodically kicked one-dimensional bosons with contact interactions on a ring.

Speaker: Dr Krzysztof Giergiel (Swinburne University of Technology)

1700 Thu E2 Giergiel.pdf

AIP_ABSTRACT_K_GIERGIEL.odt

SASTA: SASTA 3

637 Space: Is Australia ready for the next generation of space innovations?

Format: Panel consisting of some experts in the field and a facilitator
Description: Will Australia be ready for the next generation of space innovations?
Space science and technologies is one of the most rapidly-growing, highly-diverse areas in Australia that needs new people in it. It’s a growth industry and we need Australians to contribute to it. That takes focus and investment. Space is more accessible now than it has ever been. We can have small and large private companies building and launching systems into space that can monitor the Earth and space environments. Australia would benefit from strong investment in space science research and development. One of the most exciting things about space science is the amazing technologies and applications that we can create to improve life on Earth. The Australian Academy of Science has released a 10-year plan for space science, calling on the federal government to prioritise innovation while protecting our sovereign interests.
Each panellist will present their views in the context of their field and address:
Will Australia be ready for the next generation of space innovation? Is our current education system capable of serving this future need? What will need to change in the education system? And how do we make this happen?
Panellists:
1. Associate Professor Alice Gorman – Space Archaeology and Exploration- Flinders University
2. Dr Saeed Salimpour- Post-Doctoral Researcher/Former High school teacher - Astronomy Education Research Coordinator - IAU OAE(MPIA)/Deakin University
3. Professor Richard Turner - Serial Entrepreneur including Founder ZEN Energy | Author of "The Essential Entrepreneur" Book & Online Platform | Deputy Chair of Premier's Climate Change Council | Board Member
4. Nate Taylor - Australian Space Agency
5. Facilitator: Elizabeth Pearce - Australian Space Agency

https://www.sasta.asn.au/blog/2022/11/15/24th_australian_institute_of_physics_congress

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 21 - Fabrication and Integration 2

Convener: Lan Fu (The Australian National University)

638 New Approaches to Hybrid Fibers with Novel Functionalities for Sensing and Nonlinear Photonics Applications

This talk presents recent progress in hybrid fibers with integrated functional materials such as diamond particles, 2D materials, high-index thin films or silk to create new intrinsic fiber properties for sensing and nonlinear photonics applications.

Short bio:
Heike Ebendorff-Heidepriem received the Ph.D. degree from the University of Jena, Germany, in 1994. Since 2005, she has been with the University of Adelaide, Australia. She currently leads the Fibres and Photonics Materials Research Group. She is the Deputy Director of the Institute for Photonics and Advanced Sensing and also the Director of the Optofab Adelaide Hub of the Australian National Fabrication Facility. Her research focuses on the development of novel optical glass materials and fibre structures.

Speaker: Heike Ebendorff-Heidepriem

1600 Thu HallC Ebendorff-Heidepriem.pptx

639 2D materials for quantum integrated photonics

Quantum technologies require the interfacing of numerous single photons on a chip. Integration between quantum light sources and photonic devices is crucial for this purpose. Here, we present the integration of hBN quantum emitters into photonic waveguides and photonic cavities.

Speaker: Sejeong Kim (University of Melbourne)

Abstract_Sejeong Kim_.pdf

640 Optical Design, Simulation and Applications of 3d-printed Microoptics

Femtosecond direct laser writing as a 3D-printing technology has transformed the field of micro-optics. This paper highlights relevant aspects in the design of 3d-printed systems. It presents multiple design examples, ranging across micro-optical imaging-, illumination- and sensing-systems for various applications.

Speaker: Prof. Alois Herkommer (Universität Stuttgart)

1700 Thu HallC Herkommer.pptx

Abstract_AIP_congress_Herkommer_lateSubmission.pdf

641 Mid infrared optical waveguide couplers

The femtosecond laser direct write technique was used to fabricate mid-infrared waveguide couplers into fused silica and compositionally engineered fluoride glass for the first time. Both results are compared and contrasted to demonstrate novel application regimes.

Speaker: TONEY teddy fernandez (Macquarie University)

1715 Thu HallC Fernandez.pptx

ANZCOP_TTFernandez.pdf

AIP: Atomic and Molecular Physics: ATMOP 7 - Atom/molecule-light interactions

Convener: Prof. Robert Sang (Griffith University)

642 Attosecond delays of high harmonic emissions from isotopes of molecular hydrogen measured by Gouy phase XUV interferometer

We present precise measurement of HHG phase difference between two isotopes of molecular hydrogen using advanced Gouy phase interferometer. The measured phase difference is about 200 mrad, corresponding to ~3 attoseconds time delay which is nearly independent of harmonic order.

Speaker: Igor Litvinyuk

1600 Thu RB4 Litvinyuk.pptx

Igor Litvinyuk AIP 2022 Abstract.pdf

643 Ab Initio Multiconfigurational Dirac-Hartree-Fock Characteristic X-Ray Spectra

Investigations in to satellite lines and diagram lines of complex open shell 3d transition metals. Specifically in scandium for this talk.

Speaker: Hamish Melia

1630 Thu RB4 Melia.pptx

Abstract_HAM_AIPC2022.pdf

644 Simultaneous Reconstruction and Structural Fitting of the Complex Atomic Fine Structure of Copper and Iron

A novel technique for determining complex atomic fine structure will be described. Exciting applications of the technique such as a phase analogue to x-ray absorption fine structure applications will also be discussed.

Speaker: Paul Di Pasquale (La Trobe University)

1645 Thu RB4 Di Pasquale.pptx

P_Di Pasquale_AIP2022_Abstract_CAFS.pdf

645 Phase retrieval by angular streaking of XUV atomic ionization

We demonstrate an accurate phase retrieval of XUV atomic ionization by streaking photoelectrons in a circularly polarized IR laser field. This novel technique will be instrumental for studying inner shell atomic and molecular ionization using free-electron lasers.

Speaker: Prof. Anatoli Kheifets (Australian National University)

1700 Thu RB4 Kheifets.ppt

abstract.pdf

646 New Opportunities in Fundamental Atomic Physics, Solid State Theory and Experiment and Synchrotron Science, including Discovery of new satellites using extended range High Energy Resolution Fluorescence Detection

High Energy Resolution Fluorescence Detection has recently developed as a powerful probe for bonding, nanostructure and oxidation state. We report the discovery of a new satellite in manganese using a new technique, XR-HERFD. This is foundational for many future studies.

Speaker: Prof. Christopher Chantler (University of Melbourne)

1715 Thu RB4 Chantler.pdf

ChantlerAbstractAIPC2022.pdf

AIP: Group for Astroparticle Physics / Astronomy: GAP 3

Convener: Tamara Davis (University of Queensland)

647 An observational perspective on tidal disruption events

I will provide an overview of observations of tidal disruption events - what happens when a star is destroyed by a supermassive black hole - including insights that these events enable into SMBHs and their surroundings.

Speaker: Adelle Goodwin

1600 Thu RB3 Goodwin.pptx

AIP2022 abstract-2.pdf

648 Enhancing gravitational-wave burst detection confidence in expanded detector networks with the BayesWave pipeline

We discuss the impact of adding more detectors on gravitational-wave burst detection confidence, using the BayesWave algorithm: a source-agnostic Bayesian analysis pipeline. BayesWave reconstructs non-Gaussian transient features in detector data for the characterisation of astrophysical signals and instrumental glitches.

Speaker: Ms Yi Shuen Christine Lee (The University of Melbourne and ARC Centre of Excellence for Gravitational Wave Discovery (OzGrav))

1645 Thu RB3 Lee.pdf

PhysRevD.103.062002.pdf

649 The TeV Diffuse Gamma-ray Emission: Time Variability and Prospects for Future Detection

We use the simulation software "GALPROP" to model the Milky Way's diffuse TeV gamma-ray emission. We compare GALPROP's predictions to observational data, investigating how the emission will impact the forthcoming CTA Observatory's Milky Way survey.

Speaker: Dr Gavin Rowell

PMarinos_Slides.pdf

650 A Compound Poisson Generator approach to Point-Source Inference in Astrophysics

I will present a new statistical approach to the problem of inferring the properties of point-source populations. This method will be shown to be superior to existing methods in the context of X-ray astronomy.

Speaker: Gabriel Collin

cpg_talk_abstract.pdf

AIP: Nuclear and Particle Physics: NUPP 8

Convener: Ross Young

651 Electric monopole transitions in nuclei

E0 transitions are unique to nuclei and provide a compelling spectroscopic fingerprint of shape coexistence. Recent results from 12C, 24Mg and 40Ca will be used to examine nuclear structure questions where the observation and characterisation of E0 transitions were crucial.

Speaker: Tibor Kibedi (Australian National University)

1600 Thu E3 Kibedi.pdf

2022AIP_Kibedi.pdf

652 Impact of dynamical fermions on the centre-vortex structure of QCD ground-state fields

Using modern visualisation techniques, this presentation examines the structure of centre vortices in the nontrivial ground-state fields of QCD. Their link to the generation of mass and the confinement of quarks is explored.

Speaker: Derek Leinweber (CSSM, University of Adelaide)

1630 Thu E3 Leinweber.pdf

Leinweber-Centre-Vortices.pdf

653 Mapping the 3D structure of hadrons with lattice quantum chromodynamics

A presentation of our recent work to determine the 3D structure of hadrons using lattice quantum chromodynamics. This work complements forthcoming experiments at the Brookhaven Electron-Ion Collider.

Speaker: Alec Hannaford Gunn (The University of Adelaide)

1645 Thu E3 Hannaford Gunn.pdf

hannafordgunn_AIP_abstract.docx

654 Pulse Shape Discrimination of low-energy nuclear and electron recoils in NaI:Tl for dark matter direct-detection

WIMPs are a strongly motivated dark matter candidate, expected to produce measurable nuclear recoils, while background events produce electron recoils. Classification of recoil events is important for improved detection of dark matter. PSD approaches are developed to improve event classification.

Speaker: Nathan Spinks

1700 Thu E3 Spinks.pdf

NJ_Spinks_AIP_Abstract_2022.pdf

655 The Nuclear EMC Effect

EMC Effect is the 40-year-old mystery that quark structure in free nucleons is somehow different to that in bound nucleons. We examine its two leading explanations - mean field correction and short-range correlation.

Speaker: Wanli Xing (University of Adelaide)

1715 Thu E3 Xing.pdf

Xing_Abstract_AIPC2022.docx

Precision and Quantum Sensing Workshop: PQS 8 - Other Precision and Quantum Sensors

Convener: Glen Harris (University of Queensland)

656 Quantum Spectral Analysis by Landau-Zener Transitions

We realise a novel quantum sensing protocol for spectral analysis, utilising continuous Faraday measurement of an ultracold atomic ensemble's quantum state. Through quantum process tomography, signal parameters are retrieved from the characteristic transition driven as the sensor sweeps through resonance.

Speaker: Christopher Bounds (School of Physics and Astronomy, Monash University)

1600 Thu RB5 Bounds.pptx

AIP_2022_abstract_chris_bounds.pdf

657 Progress Towards Quantum-Enhanced Atomic Gravimetry

Atom interferometry currently provides state-of-the art sensitivity for measurements of gravity. However, shot-noise inherently limits the sensitivity and bandwidth.We propose and theoretically model a scheme capable of generating entanglement which is compatible with high-precision atomic gravimeters.

Speaker: Simon Haine

1615 Thu RB5 Haine.pdf

Abstract_Template_AIPC2022.pdf

658 Coupled Photonic Resonators for High-Performance Optomechanical Sensors

We present the use of non-degenerate coupled photonic cavities in order suppress the contribution of laser phase noise in optomechanical sensing Systems. These coupled Cavities demonstrate laser phase noise rejection whilst not significantly degrading the device’s response.

Speaker: Benjamin Carey (The University of Queensland)

1630 Thu RB5 Carey.pptx

Abstract_CpledCav_AIPC2022_Carey.pdf

659 Measuring fundamental thermal phase fluctuations in a passive fibre resonator

We measure strain at the thermodynamic limit in custom passive optical fibre resonators to verify theoretical predictions that govern fundamental interactions between entropy fluctuations and a fibre sensor.

Speaker: Mr Jonathan Hedger

1645 Thu RB5 Hedger.pptx

JH_Abstract_approved.pdf

660 Towards perfect quantum sensing: gate-controlled bi-superconducting quantum interference devices.

It has been demonstrated that the behaviour of superconducting quantum interference devices can be precisely tuned using electrostatic gates. We discuss the recent experimental results and summarise our current theoretical understanding of this effect.

Speaker: Thomas Kong (The University of Adelaide)

1700 Thu RB5 Kong.pdf

TKong-Abstract.pdf

661 Einstein–Podolsky–Rosen Entangled Interferometers

Detectors designed to investigate fundamental physics such as quantum gravity and gravitational waves have been proposed utilising twin interferometers. We aim to demonstrate the improvement of a twin interferometer experiment via injecting Einstein-Podolsky-Rosen squeezed states.

Speaker: Daniel Gould (Australian National University)

1715 Thu RB5 Gould.pptx

Abstract_Gould_AIPC2022.pdf

AIP: Quantum Science and Technology: QST 16 - Superconducting Quantum Systems

Convener: Jason Twamley (Quantum Machines Unit, OIST)

662 Precision Metrology with Photons, Phonons and Spins: Answering Major Unsolved Problems in Physics and Advancing Translational Science

This work includes: 1) Our study and application of putative modified physical equations due to beyond-standard-model physics, to determine possible new experiments; 2) An overview of our current experimental program, including status and future directions.

Speaker: Michael Tobar (University of Western Australia)

1600 Thu RB6 Tobar.pdf

Michael Tobar - Abstract.pdf

Michael Tobar - Bio and Headshot.docx

663 Passive superconducting circulator on a chip

We report the first realisation of a passive on-chip circulator which is made from a superconducting loop with three Josephson junctions and is tuned with only DC control fields. Our results demosntrated non-reciprocal behaviour and identified future path for improvement.

Speaker: Arkady Fedorov

1630 Thu RB6 Fedorov.pptx

Abstract_Fedorov_AIPC2022.pdf

664 Optimising Cryogenic Wiring for Superconducting Qubit Processors in a Dilution Refrigerator

As quantum processors begin to scale, optimising the cryogenic wiring for superconducting quantum devices is becoming an important challenge for developing powerful quantum computers. This work tackles this problem for industry-scale devices and identifies new avenues for improving qubit capacities.

Speaker: Adrien Di Lonardo (University of Technology Sydney)

1645 Thu RB6 Di Lonardo.pptx

Abstract.pdf

665 Tunable “adiabatic” qubit-cavity gates for digital quantum simulations in circuit QED

In this work, we introduce new "adiabatic" techniques for implementing Jaynes-Cummings qubit-cavity interactions that enable low-bandwidth, ultrashort effective Jaynes-Cummings pulses. We demonstrate tunable positive- and negative-time Jaynes-Cummings gates with >99% fidelity for up to 100 sequential gates.

Speaker: Angsar Manatuly

1700 Thu RB6 Manatuly.pptx

Manatuly_Angsar_AIPC2022_Final.pdf

666 Vacuum Noise Squeezing with a Kinetic Inductance Parametric Amplifier

Squeezing electromagnetic noise allows for measurements beyond the standard quantum limit relevant to a range of quantum applications. Here we present the first results in realising direct noise squeezing with a kinetic inductance parametric amplifier.

Speaker: Anders Kringhoej

1715 Thu RB6 Kringhoej.pptx

Abstract_AIPC2022_squeezing.pdf

7th International Workshop on Speciality Optical Fibres: WSOF 10 - Fibre Sensing 3

Convener: Gang-Ding Peng

667 Large Range Torsion Sensor Based on Twin-Core Polymeric Optical Fibre

We propose a torsion sensor using an FBG-based twin-core ZEONEX polymeric fiber, with a measurement range up to ±360°. Due to the central/side core arrangement, torsion can be retrieved independently from axial strain and temperature.

Speaker: Dr Jingxian Cui (The Hong Kong Polytechnic University)

1600 Thu HallA Cui.ppsx

Abstract_Cui_WSOF2022_final.pdf

668 Multipoint fibre Bragg grating sensors for industrial temperature monitoring

We report on the use of multipoint Bragg gratings fabricated in suspended core optical fibres in industrial temperature sensing applications.

Speaker: Erik Schartner

1615 Thu HallA Schartner.pptx

Abstract_HTS_WSOF2022_v2.docx

669 Selectively tuning the temperature and humidity sensitivity of CYTOP fibre Bragg grating sensors

The possibility of tuning the temperature and humidity sensitivities of POFBG sensors to the desired level by applying a specific amount of fibre pre-strain is demonstrated.

Speaker: Andreas Ioannou (Cyprus University of Technology)

1630 Thu HallA Ioannou.pptx

Andreas Pospori_AIPC2022.pdf

670 Metal-coated optical fiber embedment in WAAM aluminium parts for distributed temperature sensing

Metal–coated optical fibers are known for its resistance to extreme temperatures and superior mechanical properties. This research is focused on evaluating use of such technology within smart materials (3D metal printing) for temperature measurements.

Speaker: Krzysztof Wilczyński (InPhoTech sp. z o.o., ul. Poznanska 400, 05-850 Oltarzew, Poland)

1645 Thu HallA Wilczynski.pdf

MULTIFUN_Abstract_AIPC2022_final.pdf

671 WSOF Closing Ceremony

1700 Thu HallA Ebendorff-Heidepriem.pptx

PEG Workshop: PEG 1

1630 Thu RB7 Den Besten.pptx

Education Workshop AIP_-12J_430.pptx

Poster session: Poster Session 2

672 Microneedles for Biofluid Sampling

A microneedle is a biomedical device that could be used for painless administration and extraction of fluids into an individual.
This study details the process of creating a patch of diamond microneedle and optimising its properties.

Speaker: SACHIN KUZHUMBITHAZHATHU SHAJIL (University of Melbourne)

Abstract_AIP.docx

673 Microdiamond-Silk Wound Dressings for Early Infection Intervention through Temperature Sensing

A transparent smart wound dressing has been developed using Nitrogen Vacancy Centre Microdiamonds within a silk film for temperature detection, enabling early intervention of surface infections for acute wounds.

Speaker: Ethan JG Ellul (RMIT University)

Ethan Ellul_AIPC2022.pdf

674 Radiotherapy LINAC Breakdowns in Low- and Middle-Income Countries

Radiotherapy treatment in Low- and Middle-Income Countries is under significant strain due to environmental, socio-economic and geographic factors which cause Linear Accelerators used in treatment to breakdown. This study aims to quantify the problem and provide robust alternatives.

Speaker: Mr Gregory Peiris (The University of Melbourne)

Radiotherapy LINAC Breakdowns in Low- and Middle-Income Countries.docx

675 Printable Micron-Resolution Organic Photocapacitors for Neural Interfacing

In this abstract we detail a method of printing and testing a trichromatic organic photocapacitor for stimulating neurons via capacitive coupling. This work involves using a Sonoplot Microplotter II in conjuction with organic polymers dissolved in non-toxic solvents.

Speaker: Nathan Matthew Brichta

AIPC2022_Abstract_PolymerPrinting.docx

676 60 Years of the Australian Institute of Physics

Membership trends and related statistics of the Australian Institute of Physics over the 60 years since its establishment in 1963 are presented. Its Members have had distinguished careers in universities, research organisations or industry.

Speaker: Stephen Collins

CollinsSF_AIPC2022.pdf

677 A degenerate mixture of $^3$He* and $^4$He* with 3D single particle resolution

We present our experimental realisation of a degenerate mixture of $^4$He [bosonic] and $^3$He [fermionic], with $^4$He $T/T_C\sim0.3$, and $^3$He $T/T_F\sim0.1$, in the metastable state $2^3S_1$. The large internal energy of the metasable state allows for far-field single-particle 3D reconstruction.

Speaker: Kieran Thomas

aip_abstract_3He_and_4He.pdf

678 A Machine Learning Chemical Classifier using a Bound-State-in-the-Continuum Dielectric Metasurface Filter Array

We have simulated a microspectrometer system that utilises a BIC transmission filter array with a photodetector array and have used it to identify common acyclic hydrocarbons down to 50 ppm concentrations via a machine learning classifier.

Speaker: Benjamin Russell

Ben_Russell_BIC_spectrometer_abstract.pdf

679 A Moments Based Estimate of Trial State Fidelity for Variational Quantum Computation

We present a new parameter s_∗, determined by Hamiltonian moments
⟨φ|H^n|φ⟩, as an estimate of the overlap between a trial state |φ⟩ and energy eigenstates of the problem Hamiltonian.

Speaker: Floyd Creevey

aip_abstract_s.pdf

680 A Neutral Atom Quantum Processor Supporting Long Coherence Times

Atom Computing is creating a quantum processing platform based on nuclear spin qubits. The system makes use of optical tweezers to assemble and individually manipulate neutral strontium atoms. We demonstrate the robustness of these systems by characterizing their coherence times.

Speaker: Kristen Pudenz

A Neutral Atom Quantum Processor Supporting Long Coherence Times.pdf

681 A New Approach to Low-Mass Dark Matter Detection

Ultra-low mass WIMP's are viable dark matter candidates. However, the resulting low-energy excitations are extraordinarily difficult to detect. I will outline a new experimental platform that translates the capabilities of optomechanics to enable detection of ~1ueV excitations in superfluid helium.

Speaker: Glen Harris (University of Queensland)

AIPC2022.docx

682 A quantum model of a time-travelling billiard ball

Indeterministic dynamics arise in the context of interacting systems near closed timelike curves. I will discuss a relevant scenario, the "billiard-ball paradox", and will provide solutions to a quantum formulation of the problem, showing in particular how indeterminism is resolved.

Speaker: Lachlan Bishop

AIPC2022_abstract_Lachlan_Bishop.pdf

683 A Quantum Theory of Gravity

Gravity is determined, within the framework of the Generation Model of particle physics, to be a universal attractive finite-ranged residual interaction of the strong nuclear force, acting between the colourless constituents of ordinary matter.

Speaker: Prof. Brian Robson (Australian National University)

684 A Simple, High sensitivity, Wideband Wavefront Sensor

We report the development of a high sensitivity, quadrant-photodiode-based Hartmann wavefront sensor. The sensor is simple, low cost, with a bandwidth of 50kHz, and a sensitivity and dynamic range for curvature change of 10/um and 0.5/m, respectively.

Speaker: Thomas Roocke

ANZCOP Abstract - Thomas Roocke.pdf

685 Accurate modelling of femtosecond-laser direct written fibre Bragg Gratings

Modelling and experimental results of femtosecond-laser inscribed point-by-point Bragg gratings were compared. Coupled mode theory model doesn't account for the distorted mode and fails whereas Bloch function approach consider distorted mode and provides a more accurate picture of grating dynamics.

Speaker: Saurabh Bhardwaj

Final_ANZCOP_22_Bhardwaj_Saurabh.pdf

686 Advanced Computational Relativistic Quantum Mechanics for the Investigation of Atomic Structures and Processes

Discussion on our recent breakthroughs in theoretical atomic structural investigations using advanced relativistic quantum mechanics.

Speaker: Truong Nguyen (The University of Melbourne)

NguyenAbstract_AIPC2022.docx

687 Aligning a wavelength selective switch with swept-wavelength digital holography

We demonstrate the alignment of a wavelength selective switch by means of digital holography, allowing access to the spectrally-resolved full field of the output beams, a feature yielding additional insights such as crosstalk and spatial deformation of the beams.

Speaker: Dr Mickael Mounaix (The University of Queensland)

Mounaix_AIPC2022.pdf

688 All Optical Initialisation and Readout and Coherent Population Trapping of a Single Germanium Vacancy in Diamond

We demonstrate the capability to address the spin sub-levels of the germanium vacancy and thus, perform all optical spin initialisation and readout. Additionally, we generate dark coherent superpositions of the germanium vacancy spin states through coherent population trapping.

Speaker: Mr Chris Adambukulam (University of New South Wales)

AIP2022 Abstract.pdf

689 Anti-Resonant Reflecting Acoustic Rib Waveguides for Opto-acoustics

Mutual strong confinement of light and sound in photonic waveguides is desirable for on-chip opto-acoustic nonlinear interactions, but very few materials are naturally guiding for both waves. Here, we present Anti-Resonant Reflecting Acoustic Waveguides (ARRAWs) as a potential solution.

Speaker: Thomas Dinter (MQ Photonics Research Centre, School of Mathematical and Physical Sciences, Macquarie University)

DINTER_abstract.pdf

690 Benchmarking in Encoded Magic State Injection

We investigate how physical noise is transformed and suppressed in encoded magic state injection schemes. These circuits are key to NISQ computation and classifying their error on current devices will identify problems that larger, scaled up architectures must address.

Speaker: Nicholas Fazio (The University of Sydney)

Nicholas_Fazio_Abstract_Submission_AIPC2022.pdf

691 Big time crystals in a bouncing BEC

We report on an experiment to create a big time crystal using a Bose-Einstein condensate of ultracold potassium - 39 atoms bouncing resonantly on a periodically driven atom mirror.

Speaker: Mrs CHAMALI GUNAWARDANA

Chamali__AIP2022_abstract.pdf

692 Building a Real-Time Quantum Random Number Generator

A continuous variable real-time quantum random number generator which extracts random numbers from the shot noise clearance of a vacuum state homodyne measurement will be built. It will include periodic real-time system health checks, tests, and alerts.

Speaker: Mikhael Sayat (University of Auckland)

QRNG_Abstract.docx

693 Characterization of the cosmogenic background in NaI(Tl)

A NaI(Tl) crystal was irradiated by a strong cosmic ray-like neutron beam to characterize the cosmogenic background in NaI(Tl).This study will inform the development and analysis of NaI(Tl)-based experiments and also improve their sensitivity to probe dark matter.

Speaker: Yi Yi Zhong (ANU)

AIP_2022_abstract_YiYiZhong.pdf

694 Chiral Electro-Optic Metasurfaces

We studied a direct and an inverse anisotropic structure made of Z-cut LN on the silica substrate, and evaluated the cross-polarisation conversion of linear incident polarisation and at tunable circular dichroism (CD) that can be achieved in these structures.

Speaker: Luyao Wang

Abstract chiral-LN Luyao Wang.pdf

695 Collisional-model quantum trajectories for entangled qubit environments

PDF included

Speaker: Alexei Gilchrist

Abstract_Gilchrist_AIPC2022.pdf

696 Consequences of dark neutron decay inside neutron stars

N.A

Speaker: Wasif Husain (The University of Adelaide)

Conference2022_Abstract_AIPCongress_Consequences of dark neutron decay inside neutron stars.docx

697 Constraining SWIMP parameters from late decay of WIMPs

SuperWIMPs form a popular class of cold dark matter that naturally inherit the desired relic density from the late decays of the WIMPs. We use cosmological probes like spectral distortions, BBN and Warm Dark Matter bounds to find constraints on generic SWIMP masses and couplings.

Speaker: Meera Deshpande (The University of Adelaide)

698 Coupling Nitrogen-Vacancy Centres in Diamond to a Grape Dimer Cavity

We investigate the coupling of microwave cavity fields to an ensemble of Nitrogen-Vacancy (NV) centre spins utilising the morphological resonances in spherical/ellipsoidal dielectric resonators.

Speaker: Ali Fawaz (Macquarie University)

Fawaz_AIP2022_Abstract.pdf

699 Coupling Spin Defects in Hexagonal Boron Nitride to Monolithic Bullseye Cavities

In this work we integrate a spin centre in hexagonal boron nitride with a monolithic photonic resonator in an intial step towards a scalable spin-photon interface.

Speaker: Lesley Spencer (UTS / TMOS)

AIPC2022_Abstract_LS.pdf

700 Defining the Quantum Mechanical Time Observable

Time in its current state is discussed without reference to an operator that represents the time observable, the aim of this work is to rectify this and investigate how such an observable can be represented.

Speaker: Khai Bordon (Griffith University - Centre for Quantum Dynamics)

K.Bordon- Abstract.pdf

701 Discrete-variable Wigner function formalisms and the Weyl-Heisenberg displacements

In this work, we look at three different discrete-variable Wigner functions corresponding to single Weyl-Heisenberg displacements and compare them. What we find that is that these functions are equivalent up to some non-trivial phase dependent on the displacement amount.

Speaker: Lucky Antonopoulos (Centre for Quantum Computation and Communication Technology, School of Science, RMIT University, Melbourne, VIC 3000, Australia)

Wigner_Functions_Abstract_Lucky_A.pdf

702 Distributed Quantum Computation on Continental Scales Operates on Kilohertz Clock Cycle with Quantum Satellite Networks

In this paper, we demonstrate that the rate at which logical Bell states can be generated between distant fault-tolerant quantum computers is on the order of 1KHZ. This imposes a hard limit on the distributed clock speed.

Speaker: Mr Hudson Leone (UTS)

Extended_Abstract_for_Satellite.pdf

703 Efficient multiqubit characterization and control via finite-frame filter functions

We demonstrate that using the framework of finite-frame filter functions the cost required for high-quality multiqubit characterization and control is significantly lower than what is expected using the standard frequency-domain filter-function formalism.

Speaker: Diego Bernal Garcia (Griffith University)

abstract_diego_bernal-garcia.pdf

704 Estimation of quantum state and parameters given past and future information

Our work considers the problem of dual quantum state-parameter smoothing, while the probability density distribution of the unknown parameters can be either static or dynamical. Based on Bayes’ theorem, general formulas for dual quantum filtering and smoothing are given.

Speaker: Qi Yu

Abstract_AIPC2022_QiYu.pdf

705 Evaluating the Effectiveness of Virtual Reality in Secondary School Physics Outreach

Can Virtual Reality make it easier to communicate Physics to young people? We evaluated Mission Gravity, an OzGrav outreach program delivered in Virtual Reality, and assessed its impact in South Australian Secondary School classrooms.

Speaker: Madeline Parks

MParks_AIP_Abstract.pdf

706 Experimental Investigation of Ring Cavity Architecture on Holmium Fibre Laser Mode-locked Stability

Mode-locked soliton pulses are shaped by intensity-dependent nonlinear effects. Consequently, fibre laser design provides insight into the evolution of these ultrashort pulses. We present mode-locking performance for a variety of component selections and positions in a Holmium fibre ring cavity.

Speaker: Alexandros Kolovinos

kolovinos_anzcop2022_abstract_final.docx

707 Feasibility of Quantum Support Vector Machines for classification problems in Particle Physics

Our previously implemented quantum support vector machine outperformed standard classical methods for B Meson classification (using reduced dataset). In this work we will explore the feasibility of application to particle physics showing alternative encoding methods and speedups.

Speaker: Jamie Heredge

Feasibility of Quantum Support Vector Machines for classification problems in Particle Physics_AIPC2022.docx

708 Femtosecond Laser Written Achromatic Phase Shifters

This paper covers the design of achromatic phase shifters using differential waveguide dispersion. These devices are then fabrication using the femtosecond laser direct write technique.

Speaker: Glen Douglass (Macquarie University)

Abstract_AIPC2022_GDouglass.pdf

709 Fiber-coupled multiplexed independent Ho:ZBLAN waveguide chip lasers in a single substrate

An easily re-configurable, compact and scalable 2 µm holmium in ZBLAN laser source with multi-channel/wavelength fiber outputs of >100mW is presented and discussed.

Speaker: Dale Otten (University of South Australia)

Abstract AIPC2022.docx

710 Field-Effect Transistor Device based on Liquid-Metal-Printed Silver-Doped Indium Oxide

Faced with the down-scaling of semiconductor devices and the rapid development of 2D materials-based field-effect transistors, we report on the synthesis and properties of ultrathin silver-doped indium oxide nanosheets fabricated using a simple liquid-printing process for application of semiconducting channel

Speaker: Shirui Zhang (Australian National University)

Abstract.pdf

711 Fluorescent nanodiamonds have disk-like shapes: implications for nanodiamond engineering and quantum sensing applications

Fluorescent nanodiamonds (FNDs) made from HPHT diamond have predominantly disk-like shapes. A typical FND is three times wider (eg in x-y) than it is thick (eg in z). This has important implications for the next generation of nanodiamond-based quantum sensors.

Speaker: Philipp Reineck

Abstract_Reineck.pdf

712 Formation of Superconducting Thin Films and Devices in Silicon Via Phase-Transformation Processes Involving Aluminum or Vanadium

We report the formation of superconducting thin films and devices in phase-transformed Al-Si alloy and vanadium silicide (V$_3$Si) and present results of structural and electrical characterization studies and discuss the merits of these superconducting systems for novel devices in silicon.

Speaker: Fshatsion Berhane Gessesew (The University of Melbourne)

Abstract_Fshatsion_AIPC_COMMAD 2022 (2).docx

713 GPS from the ground up - a novel pedagogy for understanding general relativity

In this paper we present a novel approach for learning relativity by combining theory (vectors, tensors) with electronic applications to the GPS system. The course is applicable as a practical introduction to the applied mathematics of relativistic theory and measurement.

Speaker: Dr Peter Huf (SYMMLAB)

AIP-2022-submitted.pdf

714 Hadronic Parton Momentum Fractions from Feynman-Hellmann in Lattice QCD

A method to extract and non-perturbatively renormalise the quark and gluon momentum fractions of hadrons is demonstrated, based on the Feynman-Hellmann method applied directly to the gluonic contribution. Results from the application of this method in the presence of dynamical quarks are presented.

Speaker: Tomas Howson (The University of Adelaide)

715 Heralded photons over 75km of bright fibre using Type II SPDC

In this project, we are presenting our methodology for generating and detecting single heralded photons over approximately 75km of field deployed fibre which is also in use by the Griffith University IT department for classical networking purposes.

Speaker: Michael Hencz

Heralded photons over 75km of bright fibre using Type II SPDC.docx

716 High-dimensional Stokes-space Spatial Beam Analyser

We demonstrate a device for measuring the generalized Stokes parameters of a six spatial mode beam. The device is a single-shot wavefront sensor measuring spatial complex amplitude and coherence without an external phase reference.

Speaker: Daniel Dahl (The University of Queensland)

High-dimensional_Stokes-space_Spatial_Beam_Analyser.pdf

717 High-order image correlation spectroscopy for fluorescent nanoparticle microscopy

We present a new theory of high-order image correlation spectroscopy capable of addressing emission QY distribution of fluorescence species, a common occurrence in silicon, plasmonic or semiconductor nanoparticle-based biolabellers.

Speaker: James Chon (Swinburne University of Technology)

Abstract_AIPC2022_Katoozi FINAL.pdf

718 High-precision study of E1 transition amplitudes for single-valence atoms and ions

We perform a detailed study of electric dipole transitions in K, Ca$^+$, Rb, Sr$^+$, Cs, Ba$^+$, Fr, and Ra$^+$, which are of interest for studies of atomic parity violation, electric dipole moments, polarizabilities, and the development of atomic clocks.

Speaker: Benjamin Roberts

Roberts.pdf

719 How Wings Actually Work: Navier-Stokes and Viscosity not Coanda or Others

Recently, YouTube science communicators have tried to explain lift. Unfortunately, fluids are not intuitive, and Navier-Stokes provides little qualitative insight. Saying Coanda is as incorrect as claiming equal transit, or simply saying Bernoulli. How do wings work? Navier-Stokes and viscosity!

Speaker: Graham Wild (UNSW)

AIP_LIft.pdf

720 Hybrid dielectric/plasmonic approach to colour holograms encoded into colour printed images

We propose a hybrid dielectric/plasmonic approach for metasurfaces comprising colour holograms encoded into colour printed images. The metasurface employs plasmonic nanoholes in an aluminium film for colour filtering and amorphous titanium dioxide nanopillars for the phase control needed for holography.

Speaker: Seyed Saleh Mousavi Khaleghi (Department of Electrical and Electronic Engineering, University of Melbourne, Victoria 3010, Australia)

SSMousaviKhaleghi_ANZCOP_Jul2022_KBC.docx

721 Hyperon transition form factors from lattice QCD

An alternative method for calculating Hyperon transition form
factors in Lattice QCD which is based on the Feynman-Hellmann method is
formulated. Results from this method are presented for the form factors
of the Sigma to neutron transition as well as a comparison to results
from the more common three-point function method.

Speaker: Mischa Batelaan (The University of Adelaide)

722 Impact of the Purcell and Spontaneous Emission Factors in Nanowire Lasers

We present a numerical estimation of spontaneous emission factor for multiple quantum disks embedded in nanowire lasers and, investigate the impact of Purcell effect F and spontaneous emission factor β on the threshold and the L-L curves.

Speaker: Ms Parya Reyhanian (Student)

Parya_Reyhanian.pdf

723 Interpretation of Dirac Fermions as a Four-Dimensional Gaussian

We reinterpret internal degrees of freedom of a Dirac fermion as a local wavefunction oriented in 4D spacetime. This is done beginning with two 2D spinors, using the quantum theory of time as well as spherical harmonics.

Speaker: Mr Ayden Howarth (Griffith University)

AIPC2022_Abstract.pdf

724 Laser Generation via Light–Emitting One–Dimensional Narrow Bandwidth Nanoporous Photonic Crystals

Optical engineering of nanoporous photonic crystals to achieve high–quality lasing

Speaker: Satyathiran Gunenthiran

Abstract_Template_AIPC2022 (Satyathiran Gunenthiran)(v1).docx

725 Laser Threshold Magnetometry with Diamond Ring Resonator

Here we model a Laser threshold magnetometer sensor with extremely high sensitivity. We predict the sensitivities of a sensor design utilising a diamond ring resonator as a function of resonator geometry and optical pump conditions.

Speaker: Christopher Kortholt (RMIT University)

AIP_Abstract_Christopher.docx

726 Latest Developments on the Toroidal Analyser for Angle Resolved Photoelectron Spectroscopy at the Australian Synchrotron

An update on the latest developments is given on the toroidal analyser for angle-resolved photoelectron spectroscopy at the Soft X-ray Spectroscopy beamline, Australian Synchrotron.

Speaker: Dr Anton Tadich (Australian Synchrotron)

Abstract_Template_AIPC2022_Tadich.docx

727 LEvitated MAgnets for QUantum MEtrology

LEMAQUME is an EU-QuantERA project and aims to build a proof-of-principle prototype of a ferromagnet gyroscope. The precession of a magnet levitating in low magnetic fields allows for tests for exotic bosons, and, in the future, to the gyrogravitational ratio.

Speaker: Pavel Fadeev (Johannes Gutenberg University, Mainz)

728 Light Beam Induced Current and Electron Beam Induced Current measurements of Mercury Cadmium Telluride n-on-p photodetectors

In this work we will present results of a LBIC and EBIC study of n-on-p planar structures created by RIE induced type conversion in MCT, as well as cross-sectional EBIC imaging undertaken at cryogenic temperatures.

Speaker: Daniel Morley

LBIC and EBIC measurements of MCT n-on-p photodetectors.pdf

729 Listening to the seismic beats using distributed acoustic sensor over the campus telecommunication network

We report on the detection of seismic signals using Distributed Acoustic Sensor (DAS) over the dark fibers in the campus telecommunication network. The system implementation, data analysis and signal post-processing methods optimized in this study will be presented.

Speaker: Shahna Haneef (Research Fellow, University of Auckland)

anzcop_DAS_Shahna.docx

730 LNOI ring resonators for synthetic frequency dimension photonics

An integrated lithium niobate on insulator ring resonator photonic device with efficient high-speed modulators hosts a synthetic frequency dimension lattice, revealed by characterizing its steady-state performance and real-time acquisition of its tight-binding model band structures.

Speaker: Mr Xuan Hiep Dinh (Integrated Photonics and Applications Centre, RMIT University, Melbourne, VIC 3000, Australia)

SynDim-LNOI_ANZCOP2022.docx

731 Microscopic theory of excitons bound by light

Theoretical investigation of excitons in semiconductor quantum-well designed not to have Coulomb bound excitions, but shows excitons bound by photons when placed in optical microcavity. The spectrum is calculated from theory and compares well with recent Nature Physics experiment spectrum.

Speaker: Sangeet Santhosh Kumar (Monash University)

AIP Conference 2022 Abstract - Sangeet Kumar (Monash University).pdf

732 Microwaves with a twist: helical resonators for a new form of ultra-light darkmatter detection

Chirality is a fundamental property in many physical systems ranging from particle physics, topological and quantum systems, complex molecules and chiroptical phenomena. Many of these phenomena occuras surface states, at high energy and frequency, due to complex meta structures or plasmonic systems,which inevitably add loss. In this work we realise a new class of resonator, the Anyon cavity resonator,based on twisted and Möbius structures, which exhibit bulk chiral modes at radio frequencies with near unity helicity. We show that the modes naturally couple strongly to ultra-light dark matter axions with near unity form factors, equal to the square of the mode helicity. Ultra-light axions have been shown to solve the Standard Model strong Charge-Parity problem [1] and could account for the entire dark matter density of the universe [2], and are usually searched for using putative axion interactions with gluons and neutrons [3]. In contrast, ultra-light dark matter axion experiments proposed through the axion-photon chiral anomaly require two near degenerate photon modes, and are limited by how close in frequency the two modes can be tuned [4]. We show, due to the unique resonator properties, modes with non-zero helicity interact with the ultra-light axions causing an amplitude modulation, without the need for two seperate photon modes. This not only drastically reduces the complexity, but also opens up the possibility of utilising low loss superconducting resonators [5], allowing sensitive searches in the ultra-light mass range of 10−22to 10−14eV.

Speaker: J. Bourhill (University of Western Australia)

733 Misconception Linked to Missing Information in Figures of a First Year Physics Textbook & How it was Uncovered

An example of student misconception of a physical concept in first year physics - energy quantisation - is described. This went undetected using standard assessment and was uncovered by descriptive writing assessment.

Speaker: Deb Kane

Abstract_AIPC2022_Misconceptions_DK.pdf

734 Nano/Microstructure for spectra modulation by laser fabrication

Nano/Microstructure for spectra modulation by laser fabrication

Speaker: JIHONG HAN

AIP_Abstract_Jihong Han.docx

735 Nanoporous Anodic Alumina based Iontronic Sensing via Structural Engineering

Engineering of the structure of nanoporous anodic alumina for iontronic sensing

Speaker: Juan Wang

Abstract_Template_AIPC2022 (Juan Wang)(v1).docx

736 Next-Gen Tricoupler Device for Exoplanet Detection

Tricouplers can be utilised for nulling interferometry. We present laboratory characterisation of 3D tricouplers fabricated by ultrafast laser inscription as well as numerical solutions to coupled mode equations providing a parameter scan to optimise fabrication.

Speaker: Elizabeth Arcadi

AIPC2022_Abstract .pdf

737 On Demand Formation of Polar Core Vortices in Ferromagnetic Spinor Bose Einstein Condensates

We describe our efforts to realise on-demand PCV creation in quasi-2D 87Rb spinor BEC with uniform density, created in an optical trap enabled by digital-micromirror devices (DMDs).

Speaker: Mr Zachary Kerr (The University of Queensland)

AIP_Abstract_Zac_Kerr.pdf

738 On-chip high speed photodetectors for microwave photonic filters

In this contribution, we report on the progress of integrating high-speed detectors on PIC for achieving single-chip microwave photonic filters.

Speaker: Paramjeet Kaur (Research Scholar)

Abstract_ On-chip high speed photodetectors for microwave photonic filters.pdf

739 Optical access of Er in Si with 0.5 ms electron spin coherence times

Using a sample-on-SSPD approach, we demonstrate optically accessible Er sites in Si with emission at telecom wavelengths. These sites contain electron spins with a coherence time of 0.5 ms and Rabi frequencies of over 1 MHz.

Speaker: Ian Berkman (The University of New South Wales)

Abstract_Template_AIPC2022.pdf

740 Optical homogeneous broadening and site identification of Er in Si

Using resonant photoluminescence spectroscopy, we show a 350 kHz upper bound on homogeneous broadening, less than 400 MHz inhomogeneous linewidth and long spin lifetimes of Er in Si. These parameters are promising for future quantum information and communication applications.

Speaker: Alexey Lyasota (Centre of Excellence for Quantum Computation and Communication Technology, School of Physics, University of New South Wales, Sydney, New South Wales 2052, Australia)

Abstract_COMMAD_Alexey_Lyasota.pdf

741 Optical Limiting and Transient Grating in VO2 Thin Multilayers

We propose a planar device featuring vanadium dioxide (a phase change material) for optical limiting purposes. We first characterize the static and dynamic response with numerical simulations and finally we verify the performances with experiments.

Speaker: Rocio Camacho (The Australian National University)

Gandolfi_AIPC2022_final.pdf

742 Optical remote sensing of subsurface water temperature and salinity

Methods for Optical remote sensing of subsurface water properties such as temperature and salinity will be described, along with the transition of successful lab studies to the field. Challenges and achievements will be presented.

Speaker: Dr Glen Douglass (Macquarie University)

Abstract_Template_AIPC2022(1)_PASK-1_Final.docx

743 Optical Tomographic Reconstruction of Objects within Diffuse Media

CCD array based detection of optical scatter has allowed tomographic reconstruction of objects immersed within scattering media. Encouraging results using the inverse Radon transform provide a basis for further investigation and improvement in detection of objects within diffuse media.

Speaker: Ms Catherine Merx (University of Newcastle)

Abstract_Template_AIPC2022. Catherine.V4.pdf

744 Optimizing the Thermal characteristics of porous silicon thin films for thermal sensor application

Here the thermal properties (thermal conductivity and heat capacity) of porous silicon thin films were experimentally investigated as a new material platform, for the realization of high speed and high sensitive thermal sensors.

Speaker: Sobhan Erfantalab (School of Engineering, The University of Western Australia)

04-Abstract_Template_AIPC2022_Sobhan.docx

745 Overlap Removal at the ATLAS Experiment

Overlap removal is an integral step in all ATLAS analyses wherein ambiguities in object reconstruction are resolved. Established methods compare the geometric distance between reconstructed objects. These will be compared to new approaches based on Global Particle Flow.

Speaker: Edmund Xiang Lin Ting (University of Adelaide (AU))

Ting_AIPabstract.pdf

746 PELICAN –a Time of Flight Cold Neutron Spectrometer – Recent Scientific Highlights

The recent Scientific highlights from the Pelican - time of flight cold neutron spectrometer will be presented.

Speaker: Dehong Yu

Abstract_Dehong_Yu_AIPC2022_poster.pdf

747 Phase-space stochastic quantum hydrodynamics for interacting Bose gases

We derive a new stochastic hydrodynamic approach for the description of interacting Bose gases that is capable of computing non-equilibrium quantum correlations, even for short-wavelength phenomena. We perform such calculations in quantum shock wave scenarios.

Speaker: Steven Simmons (The University of Queensland)

AIP_SQHD.pdf

748 Photonic radio frequency low pass filter based on lithium niobate on insulator recirculating modulator

we demonstrate the electro optic comb from the recirculating modulator can be used for high performance lowpass filter without reshaping the comb, which provide the potential integration of the on-chip signal processor. We also demonstrate high-speed image and video processing.

Speaker: Sim Tan (RMIT University)

Abstract_Template_AIPC2022 - eo based lpf - sim - june 10_AB_MT_AB2 - submitted.docx

749 pol-PICTS: a new method to reveal trapping dynamics and energetics of SDR-active defects

SDR is an exciting pathway toward spintronic devices. This work presents the first measurements of the thermal activation energy and carrier capture cross-sections of the SDR-active Ga2+ interstitial defect using a new experimental technique: polarized photo-induced current transient spectroscopy (pol-PICTS).

Speaker: Agatha Ulibarri

AIP-COMMAD_abstract_2.0.docx

750 Polarised Neutron Scattering Experiments at the Australian Centre for Neutron Scattering

Neutron scattering is a powerful tool for investigating a variety of condensed-matter systems, and using spin-polarised neutrons reveals further unique information. The possibilities for performing scattering experiments with polarised neutrons at the Australian Centre for Neutron Scattering will be outlined.

Speaker: Andrew Manning (ANSTO)

AIP_2022_abstract.pdf

751 Positron Transport in the Positronium Formation Regime

We will discuss our investigation into the inclusion of the positronium formation cross section, both empirically and theoretically determined, in the calculation of transport properties in the noble gases.

Speaker: Joshua Machacek

AIP_Positron_Transport_in_the_Ps_regime.docx

752 Precision Optical Metrology of ATLAS ITk Strip Modules for the HL-LHC upgrade

To ensure each detector module comprising the upgraded ATLAS ITK detector is produced at a high standard, detector modules undergo rigorous Quality Control and Quality Assurance. This work presents the optical metrology surveys and results.

Speaker: Tony Tran (University of Melbourne (AU))

aip_metrology_abstract_tony_tran.pdf

753 Printable wafer-scale antimony-doped indium oxide nanosheets for high-performance optoelectronics

Atomically thin antimony doped indium oxide nanosheets have been synthesized utilizing a scalable liquid metal-based printing technique. The work proposes a viable pathway for realizing ultra-thin transparent semiconducting oxides with enhanced electronic and optical properties for next-generation optoelectronics.

Speaker: Dr Ms Nitu Syed (The University of Melbourne)

Abstract_NituSyed.docx

754 Progress on the fast photoionisation detection of a single Er3+ ion in Si

This presentation provides recent progress on fast photoionisation detection of a single Er3+ ion using radio-frequency reflectometry and spectral broadening of single ions with the aim of developing efficient deterministic readout of single optical centres.

Speaker: Prof. Chunming Yin (University of Science and Technology of China)

Abstract_AIPC2022 Yin.pdf

755 Progress Towards a Fixed Field Beamline in Melbourne

A design study is ongoing for a fixed field beamline to transport proton beams from 0.5-3.5MeV. Magnet prototyping and particle simulations are underway to demonstrate technologies enabling rapid depth scanning for hadron therapy.

Speaker: Mr Adam Steinberg (University of Melbourne / University of Manchester / Cockcroft Institute)

Progress Towards a Fixed Field Beamline in Melbourne.pdf

756 Prolonging memory retention in optoelectronics devices using compensation model

Weights in the convolutional neural network are stored as memory in optoelectronic devices. The performance of the neural network drops in a few milliseconds. We use a model to prolong the memory to several minutes.

Speaker: Thiha Aung

abstrac ade.docx

757 QED radiative corrections to E1 amplitudes in heavy atoms

We use the radiative potential method to report on the first detailed study of the interplay between QED and many-body effects in heavy atoms for E1 transition amplitudes.

Speaker: Carter Fairhall (The University of Queensland)

CarterFairhallAbstract.pdf

758 QuanGuru: A Python Package for Numerical Modelling of Quantum Systems

In this talk, we introduce a new Python library, named QuanGuru, that implements powerful abstractions providing a broad range of useful and highly versatile functionalities, and show QuanGuru examples.

Speaker: Cahit Kargi (University of Technology Sydney)

AIP_Congress_QuanGuru_2ndDraft.pdf

759 Quantum entangled states of a classically radiating macroscopic spin

We introduce states that are the asymptotic eigenstates of the SU(2) lowering operator and are naturally produced in steady-state Dicke superradiance. A spin emitter in these states radiates classical-like coherent light, although these states are quantum entangled.

Speaker: Ori Somech (PhD student)

Abstract_Template_AIPC2022.docx

760 Quantum Rabi model with PT-symmetry

Construct the $\mathcal{PT}$-symmetric QRM, derive the spectrum and investigate the $\mathcal{PT}$-phase boundaries (as exceptional surfaces) at different parameter regimes.

Speaker: Xilin Lu

AIP_Poster_2022(5_12).pdf

761 Quench dynamics in the Jaynes-Cummings-Hubbard and Dicke models

Both the Jaynes-Cummings-Hubbard and Dicke models can be thought of as idealised models of a quantum battery. In this work we examine the "charging" properties of such systems and find that there is no quantum advantage scaling with system size.

Speaker: Mr Andrew Hogan (University of Melbourne)

Hogan_Abstract_Template_AIPC2022_Andy.docx

762 Rare Leptonic Decays at Belle II

The Belle II Experiment is a high-energy collision experiment located in Japan, aiming to record the largest dataset of B-mesons ever produced.

B-mesons provide an unique laboratory to explore phenomena both within and beyond the Standard Model, such as quark-mixing, flavour oscillation and charge-parity violation.

Searches for leptonically decaying B mesons can provide a method of measuring these phenomena.
The rarity of these leptonic B-decays, as well as their potential for incomplete energy signatures via a non-interacting neutrino call for novel techniques to ascertain their existence.

This poster will summarise the efforts within the Belle II Experiment to identify missing energy leptonic B-decays, performed with semileptonic B-tagging via the Full Event Interpretation machine learning technique.

An exploration of selection criteria to enhance signal to background ratios in key variables of interest will be presented, as well as an estimate on the number of events we could expect the Belle II Experiment to identify in its 2019-2022 dataset.

Speaker: Shanette De La Motte (The University of Adelaide)

763 Scalable and Effective use of Immersive Virtual Reality for Physics Education

We have developed software and present significant evidence for how virtual reality can be used to correct common misconceptions of introductory physics students when learning Newtonian mechanics. Compared with standard instruction, students using VR improve their FCI scores by 13%.

Speaker: John Debs (Research School of Physics, The Australian National University)

AIP_VR_Abstract.pdf

764 Scalable Nanomechanical Computing

Nanomechanical computers promise radiation robust, low energy information processing, however no scalable approach has so far been devised. Here we experimentally demonstrate a scalable, CMOS-compatible nanomechanical logic gate that could realistically scale to an energy cost close to Laundauer's bound.

Speaker: Timothy Hirsch (University of Queensland)

TimothyHirsch_AIP2022_abstract_final.pdf

765 Simulations and design of a compact beamline for Inverse Compton Scattering at the University of Melbourne X-lab

A presentation of the conceptual design and simulation of a compact beamline using high gradient X-band accelerating structures at the University of Melbourne X-lab which can be used as input for an Inverse Compton Scattering X-ray light source.

Speaker: Scott David Williams (University of Melbourne (AU))

main.pdf

766 Single and multilayer metal contacts for chemically and thermally robust interconnects to porous silicon-based sensors

The choice of metal contacts on the surface of porous silicon films for fabricating opto-electronic devices is affected by post-metal deposition processing steps. In the present work, Al, Cr/Au, Ti, and Ti/Pt/Au metallisation schemes were investigated for fabricating such devices.

Speaker: Dr Pritam Sharma

2022 COMMAD Abstract Final.pdf

767 Size reduction of metallic nanoparticles during nanosecond pulsed z-scan experiments

Highly local thermal effects which occur during a nanosecond laser pulse cause a significant change in the size distribution of metallic nanoparticles during a z-scan which can affect the z-scan results.

Speaker: Joshua Davis (Queensland University of Technology)

Size Reduction_abstract.docx

768 Solid-immersion lenses integrated into a tunable fiber cavity for enhancing polariton-polariton interactions

we integrate solid immersion micro-lenses into a fibre-based microcavity-polaritons system to increase photonic confinement and achieving stronger optical nonlinearities.

Speaker: Raji Bhaskaran Nair (Macquarie University)

Abstract_ AIPC_Raji.docx

769 Spectrally Resolving the Energy Dependence of Spin Processes in TADF OLEDs

We probe the distributions of spin properties responsible for reverse intersystem crossing in exciplex-based TADF OLEDs through spectrally resolved magneto-luminescence.

Speaker: Billy Pappas (The University of New South Wales)

WJP_Abstract_Template_COMMAD2022.docx

770 State-Selective Electron Capture in Ne^{10+} + H(1s) Collisions

We study electron capture and ionisation in fully-stripped neon ion collisions with ground-state atomic hydrogen using the two-centre wave-packet convergent close-coupling (WP-CCC) method over the energy range from 1 keV/u to 2 MeV/u.

Speaker: Mr Aks Kotian (Curtin University)

Kotian_abstract.pdf

771 Structure and Stability of the Nitrogen-Terminated Diamond Surface

Plasma-driven epitaxy on nitrogen-terminated diamond can create very thin nitrogen-vacancy center layers, useful for quantum sensing. To reduce nitrogen loss during epitaxy, we study the stability of the nitrogen termination in these growth plasmas.

Speaker: Daniel Roberts (School of Science, RMIT University)

772 Structured light in optical tweezers for functional microstructures.

We investigate methods and applications of in-situ aberration correction, utilising a modified holographic optical trapping setup, to rapidly fabricate high-resolution 3D microstructures for studying biological systems

Speaker: Declan Armstrong (The University of Queensland)

AIP_Abstract_Armstrong.pdf

773 Superconducting Gallium-Hyperdoped Germanium from Pulsed-Laser Melting

Ga-hyperdoped germanium fabricated from ion implantation and flash lamp annealing has been shown to be superconducting at low temperatures of ~0.5 K. Here, we fabricate Ga-hyperdoped germanium from GeGa deposition and pulsed-laser melting and obtain a Tc of ~0.86 K.

Speaker: Shao Qi Lim (Centre of Quantum Computation and Communication Technology, School of Physics, University of Melbourne)

Qi COMMAD 2022 abstract - GeGa.pdf

774 Telefilters, telemirrors, and causality

In this talk, I demonstrate how mode-selective interactions, ubiquitous in quantum optics and field theory, lead to causality violations. I resolve this problem by showing that such interactions necessarily induce a fundamental time-delay in the propagation of input modes.

Speaker: Joshua Foo

AIP_Abstract__Telefilters__Telemirrors__and_Causality.pdf

775 The ATLAS silicon strip tracker upgrade

An overview of the ATLAS strip tracker upgrade programme, with a focus on the testing and optimisation of assembly procedures in the lead up to end-cap module construction at the University of Melbourne.

Speaker: James Webb (University of Melbourne (AU))

AIP2022_abstract.pdf

776 The characterization and electronic structure of nanostructured zirconium tellurides

We explore the creation and characterization of exfoliated zirconium telluride nanostructures in order to investigate their electronic properties through a combination of photoemission electron microscopy and microARPES.

Speaker: Darryl Jones (College of Science and Engineering, Flinders University)

Jones_AIPC2022.pdf

777 The southern hemisphere's first X-band radio-frequency test facility at the University of Melbourne.

The first Southern Hemisphere X-band Laboratory for Accelerators and Beams (X-LAB) is under construction at the University of Melbourne, it will form the basis for developing a compact accelerator for medical applications, such as radiotherapy and compact light sources.

Speaker: Paarangat Pushkarna

Abstract_MatteoVolpi_AIPC2022.pdf

778 Theoretical determination of Zinc Kα spectra using Multiconfigurational Dirac-Hartree-Fock Calculations

This work shows the relative success of using relativistic Hartree-Fock methods to theoretically predict characteristic x-ray spectra of zinc. We compare our results to experimental data, yielding promising fits.

Speaker: Rosemary Zielinski (The Australian National University)

AIP_abstract_RZ2022.pdf

779 Towards an Australia IACT Array in a Network of Cherenkov Telescopes

Small arrays of Imaging Air Cherenkov Telescopes were simulated to study the potential performance of an Australia-sited array, which would contribute to achieving 24-hour all-sky coverage at GeV and TeV energies.

Speaker: Simon Lee

2022_aip_abstract_simon_lee.pdf

780 Trace detection of long-lived noble gas isotopes with Atom Trap Trace Analysis

We report progress towards trace detection of the noble gas isotope $^{39}$Ar at the Australian Atom Trap Trace Analysis facility. Argon-39 has a natural abundance $^{39}$Ar/Ar$=8×10^{−16}$ and half-life of 269yrs making it useful for radiometric dating on an anthropogenic timescale.

Speaker: Rohan Glover (The University of Adelaide)

AIP2022_Glover_ATTA.tex

781 Triplet-Triplet Annihilation: Magnetic Field Effects in Solution

Triplet-triplet annihilation is a spin-selective process which exhibits a magnetic field response. Here we revisit the fundamental theory used to model this field response, explaining the origins of key equations and the assumptions behind them.

Speaker: Ms Roslyn Forecast (RMIT University)

AIPC2022_Roslyn_Forecast.pdf

782 Tuning Luminescence Resonance Energy Transfer for Lifetime-Based Multiplexing Detection of Nucleic Acids

Multiplexing detection of nucleic acids has been developed using the temporal dimension of luminescence lifetimes, which are tuned by Luminescence Resonance Energy Transfer between a donor europium complex and an acceptor dye tagged onto oligonucleotides, decoded by time-resolved image cytometry.

Speaker: Yiqing Lu (Macquarie University)

Abstract_ANZCOP_JJ_29Jul2022.pdf

783 Two-dimensional oxide from surface of liquid chalcogen mixture

Two-dimensional semiconducting oxide was synthesised via the developed liquid metal-based synthesis technique. The material has wide bandgap and exhibits p-type behaviours. The fabricated field-effect transistors showed impressive performances which render this material promising for electronics applications.

Speaker: Patjaree Aukarasereenont (RMIT University)

Abstract_Patjaree Aukarasereenont_AIPC2022.pdf

784 Ultrastable dual frequency comb generation using whispering gallery resonators

We use a lithium niobate whispering gallery mode resonator embedded in a microwave cavity to efficiently generate a dual frequency comb. Judicious use of crystal symmetries leads to our two combs being orthogonally polarized, and they are ultrastable in frequency.

Speaker: Nicholas Lambert (University of Otago)

ANZCOP22Abstract_Nick.pdf

785 Unepected developments in the Plasma Physics of Welding, Lightning and Swirching Arcs.

Plasma Physics has made surprising separate contributions to Welding, Lightning and Circuit interruption.

Speaker: John Lowke (University of South Australia)

LowkeAIP2022.docx

786 Using quantum theory to predict dark matter fractions of galactic halos

Quantum theory applied to gravitational potentials, in conjunction with a galaxy’s halo temperature, can be used to understand why some galaxies are dark matter dominated while others are observed to have almost no dark matter.

Speaker: Allan Ernest (Charles Sturt University)

Abstract_AIPC2022 AD Ernest.pdf

787 UV emission from lanthanide-doped upconversion nanoparticles in super-resolution microscopy: potential for cellular damage

“The upconversion nanoparticles (UCNPs) have recently attracted great attention as a fluorescence probe for use in super-resolution microscopy (SRM). This is due to the advantages of UCNPs over other fluorescence probes such as fluorescent proteins owing to their unique optical properties, lack of photobleaching and sharp emission peaks. However, the ultraviolet (UV) light that can be emitted from the UCNPs has been overlooked in most studies. The potential cell photodamage caused by UV light has been proven a limiting factor for in-vivo analysis. Here, UCNPs synthesised with eight commonly used combinations of Yb/Tm and Yb/Tm/Gd doped UCNPs were excited by pulsed and continuous wave (CW) lasers to evaluate their UV emissions. The UV-A and UV-B ratios were measured relative to the blue light emission at 475 nm which is traditionally used for imaging during SRM. We demonstrate that most samples generated UV light and that the dopant concentration has a key role in generating UV emissions. In addition, the usage of a pulse or CW laser for a similar UCNP sample can lead to large variations in the amount of UV emission produced. The results from this study highlight the importance of upconversion dopant concentration design as well as undertaking fluorescent analysis on synthesised UCNPs before their use to prevent unwanted cell photodamage during in vivo images taken with SRM.”

Speaker: Afshin Karami

788 Vaidya to Rindler transformation and the Hawking radiation

We perform coordinate transformations on the Vaidya metric in advanced coordinate to reduce it into the Rindler metric near the horizon. We then apply the periodicity time trick to extract Hawking temperature.

Speaker: Mr Pravin Kumar Dahal (Macquarie University)

AIP-abstract.pdf

Friday 16 December

AIP: Atomic and Molecular Physics: ATMOP 8 - Session in honour of Michael Brunger

Convener: Stephen Buckman (Australian National University)

789 Remembering Michael Brunger

Speaker: Stephen Buckman (Australian National University)

0855 Fri RB4 Buckman.pptx

790 Modeling of electron interactions in the Earth’s mesosphere

A method for computational modeling of electron interactions in gases is applied to processes in the Earth’s mesosphere. Electrons in different subranges of energy are treated in the same way as species in chemical models.

Speaker: Laurence Campbell (Flinders University)

0900 Fri RB4 Campbell.pptx

LCampbell_AIPC2022.pdf

791 Experimental investigations of positron-molecule scattering resonances

Submission for oral presentation

Speaker: James Sullivan

0915 Fri RB4 Sullivan.pptx

Abstract_Template_AIPC2022 - Sullivan.pdf

792 A New Concept in Positron Polarimetry

We will present a novel method to determine the polarization state of a positron beam via interaction with a spin-polarized target to produce positronium atoms and discuss the theoretical limit on its analysing power.

Speaker: Dr Joshua Machacek (Australian National University)

0930 Fri RB4 Machacek.pptx

AIP_2022_Machacek_Positron_Polarimetry - FINAL.docx

793 Antiproton collisions with excited positronium

Calculation of antihydrogen formation via excited positronium (Ps($nl$), $n\le7$) scattering on antiprotons is presented using the convergent close-coupling and classical trajectory Monte Carlo approaches. Though there are substantial disagreement for $n\le2$, we obtain good agreement for $n\ge3$.

Speaker: Igor Bray (Curtin University)

0945 Fri RB4 Bray.pdf

Abstract_Template_AIPC2022.pdf

794 Calculations of positron scattering from atomic carbon

We have extended the single-centre CCC to allow application to atoms with any number of electrons. We have addressed deficits in this method using a complex model potential calculation. Using this new approach we have completed positron carbon scattering calculations.

Speaker: Nicolas Mori

1000 Fri RB4 Mori.pdf

Abstract_Template_AIPC2022.docx

795 Close-Coupling Approach to Differential Ionisation in Ion-Atom Collisions

We report on recent progress in applications of the convergent close-coupling approach to ion-atom collisions. The approach allows one to take into account all underlying processes of excitation, ionisation, and electron capture into bound and continuum states of the projectile.

Speaker: Alisher Kadyrov (Curtin University)

1015 Fri RB4 Kadyrov.pptx

Kadyrov_AIPC2022.pdf

Focus Session: Time Crystals 2

796 Observtion of liquid time crystals

We have created Floquet driven time crystals comprised of gravitationally bouncing droplets of fluid. The persistent subharmonic response was observed for over one hundred thousand cycles. Topologically protected droplet transport in time has been realised.

Speaker: Tapio Simula (Swinburne University of Technology)

0900 Fri E2 Simula.pdf

797 Discrete symmetry-breaking and time crystals in continuous systems under periodic driving

We present a fully comprehensive multi-mode quantum treatment based on the truncated Wigner approximation to study discrete time crystals in continuous systems, such as a Bose-Einstein condensate
bouncing resonantly on an oscillating mirror.

Speaker: Jia Wang (Swinburne University of Technology)

0930 Fri E2 Wang1.pdf

AbstractTC_JiaWang_AIPC2022.pdf

798 Discussion

PEG Workshop: PEG 2

1630 Thu RB7 Den Besten.pptx

Education Workshop AIP_-12J_430.pptx

Australian and New Zealand Conference on Optics and Photonics: ANZCOP 22 - Novel Materials

Convener: Sejeong Kim (University of Melbourne)

799 Development of a Fast-Scanning LiDAR System with High Spatial Resolution

A high spatial resolution, fast-scanning LiDAR has been developed for dust plume detection. A UV laser source, photomultiplier detection, fast DAQ electronics, IMU and GPS location were assembled on a 355mm Dobsonian telescope for off-grid detection of mining dust plumes.

Speaker: Mr Liam Sutton (University of Newcastle)

0915 Fri HallC Sutton.pptx

Abstract_AIPC2022_Liam Sutton.pdf

800 Designer glasses for ultra-low loss optical waveguides for lightwave circuits

A newly designed optical glass that could host ultra-low loss optical waveguides written with femtosecond laser is presented. Propagation losses as low as 0.05 dB/cm is reported for 1310 and 1550 nm wavelengths.

Speaker: TONEY teddy fernandez (Macquarie University)

0930 Fri HallC Fernandez.pptx

ANZCOP_TTFernandez_2.pdf

801 Development of upconversion glass for true-3D tabletop display

We fabricated and examined a range of low phonon energy glasses doped with Er3+ that have the potential to be used as scalable imaging chamber material for upconversion based 3D display.

Speaker: Yunle Wei (The University of Adelaide)

0945 Fri HallC Wei.pptx

AIPC2022_3D display submission.pdf

802 First Observation of Fluorescence above 1200 nm from a Silicon-Related Colour Centre in Diamond

We present the first observation and characterisation of a photoluminescence colour centre in diamond with a zero phonon line at 1220nm accompanied by prominent phonon side band replicas. The temperature dependence, excitation power and wavelength, and PL lifetime are presented.

Speaker: Mitchell de Vries (RMIT University)

1000 Fri HallC Vries.pptx

Si-doped_AIPC2022.pdf

803 Deactivation of NV- color centers in glass-sandwiched diamond particles

Nitrogen-vacancy colour centres in diamonds have unique properties that attract significant attention for various applications. This work explores the deactivation of NV centres in diamond particles embedded in glass for an alternative fast sensor fabrication technique.

Speaker: Wen Qi Zhang (University of South Australia)

1015 Fri HallC Zhang.pptx

Diamond_Sandwich_AIPC2022_Final.pdf

Joint session: AIP-BMP / COMMAD: COMMAD/BMP - Biomedical Nanoelectronics and Photonics

Convener: Jiawen Li (University of Adelaide)

804 Engineering of Plasmoinc Nanomaterials for Surface-enhanced Raman Scattering-based in vitro Cancer Diagnosis

As plasmonic nanomaterials play critical roles in facilitating surface-enhanced Raman scattering (SERS) applications in cancer diagnosis, We thus have developed a few strategies to engineer functional plasmonic nanomaterials for SERS-based in vitro cancer diagnostic applications.

Speaker: Prof. Yuling Wang (Macquarie University)

0900 Fri RB7 Wang.pptx

Abstract_Template_AIPC2022_YW.docx

805 Fluorescence-based Fibre Optic Sensor for Hydrogen Sulphide Detection

A fluorescnece-based fibre optic sensor has been developed to detect hydrogen sulfide. Optical fibre functionalized with HS-sensitive fluorophore shows an increase in the fluorescence emission upon reaction with HS, the similar behaviour to when fluorophore is dissolved in the solution.

Speaker: Shaghayegh Baghapour (Laser Physics and Photonic Devices Laboratories, University of South Australia, SA 5095, Australia)

0915 Fri RB7 Baghapour.pptx

Fibre optic HS sensing-2022.pdf

806 Modelling laser interaction with retinal tissue at the cellular level

This work explores the feasibility of simulating heat transfer for a single laser irradiated retinal cell in 3D, with a focus on a novel methodology to represent laser intensity decay for complex structures with sub-micron resolution.

Speaker: Ms Linh Thai Dieu Truong (University of South Australia)

0930 Fri RB7 Truong.pptx

Conference 2022 abstract.pdf

807 Nitrogen-doped ultrananocrystalline diamond electrodes for photostimulation of human mesenchymal stem cells

In this work, nitrogen-doped ultrananocrystalline diamond (N-UNCD) electrodes are characterised for light-based cell stimulation. We utilise ultraviolet photoelectron spectroscopy (UPS) to probe the photocurrent mechanisms of these photoelectrodes, which are then applied for the stimulation of human mesenchymal stem cells.

Speaker: Mr Andre Chambers (School of Physics, The University of Melbourne)

0945 Fri RB7 Chambers.pptx

AIPC abstract - Andre Chambers.docx

808 Semiconducting Polymer Nanoparticles: Enabling A New Frontier in Bioelectronic Neural Interfacing

In this work, we report our group’s recent efforts to create flexible and biocompatible neural interfaces. We combine soft carbon-based organic semiconductors and nanoscale science to print innovative bioelectrodes from functional nanoparticles that enable optical neurostimulation without requiring external power.

Speaker: Matthew James Griffith

1000 Fri RB7 Griffith.pptx

AIP_Griffith_Bioelectronics with Semiconducting Nanoparticles.pdf

809 Semiconducting Polymer X-ray Detectors with Non-Fullerene Acceptors for Enhanced Stability: Towards Printable, Flexible, and Tissue Equivalent Devices

A novel tissue-equivalent organic x-ray detector was fabricated from polymer donor P3HT and non-fullerene acceptor o-IDTBR exhibiting superior optoelectronic properties for high operating efficiencies under x-rays without bias. Insights into radiation-induced damage mechanisms enabled material modifications to improve device stability.

Speaker: Jessie Ann Posar (University of Sydney)

1015 Fri RB7 Posar.pptx

Jessie-Posar-Abstract-AIPC2022_rev2.docx

AIP: Condensed Matter, Materials and Surface Physics: CMM 8

Convener: Dehong Yu

810 Materials for qubits: challenges of computer modelling for quantum technology

The material science requirements for quantum computing are significantly more stringent than for conventional semiconductor electronics. I will discuss the fundamental challenges in simulating materials for this application, both generally and specifically for superconducting devices.

Speaker: Prof. Jared Cole (RMIT)

0900 Fri HallA Cole.pptx

AIPC2022_Jared_Cole.pdf

811 New insulating and superconducting states in metal-organic frameworks and covalent organic frameworks

See attached abstract

Speaker: Prof. Ben Powell (UQ)

0930 Fri HallA Powell.pptx

AIPC22.pdf

812 Magnetic Raman scattering in quasi-one-dimensional antiferromagnets

We derive the magnetic Raman intensity of weakly coupled Heisenberg chains using perturbation theory and the Bethe ansatz. An intensity peak that corresponds to the enhanced scattering of two triplon excitations is identified.

Speaker: Oliver Bellwood (The University of Queensland)

0945 Fri HallA Bellwood.pdf

Abstract_AIPC2022_ORB.pdf

813 Optical voltage imaging with charge-coupled fluorescence of diamond colour-centres.

Color center charge state specific fluorescence has the potential to be a powerful new tool for investigate the electrical response of biological systems. In this talk I will describe development and advantages of this technique.

Speaker: Nikolai Dontschuk

1000 Fri HallA Dontschuck.pdf

Optical voltage imaging with charge state specific fluorescence of defects in diamond_Abstract.pdf

814 Modelling quantum dot structures in electromagnetic fields

Using the finite-element method, we study the response of quantum dots of various geometries in electromagnetic fields. We demonstrate a general approach that supports the design and study of novel optical nanostructures.

Speaker: Mr Hugh Sullivan (RMIT University)

1015 Fri HallA Sullivan.pptx

AIPC2022_Hugh_Sullivan.pdf

AIP: Group for Astroparticle Physics / Astronomy: GAP 4

Convener: Dr Gavin Rowell

815 Cosmic relics from fundamental physics

The isolated magnetic charges and primordial black holes are hypothetical cosmic relics that have a profound connection to some of the unresolved questions in fundamental science. I describe their origin and possible manifestations in astrophysical observations.

Speaker: Prof. Archil Kobakhidze

0900 Fri RB3 Kobakhidze.pdf

Abstract_Kobakhidze_AIPC2022.pdf

816 Development of a prototype direction sensitive dark matter detector

Direction sensitive detectors are a potential solution to continue the dark matter search into the neutrino fog. The CYGNUS-1 detector is a prototype Time Projection Chamber developed at ANU, to inform future large scale directional dark matter searches.

Speaker: Lachlan McKie (Australian National University)

0930 Fri RB3 Mckie.pptx

McKie_abstract_AIP.pdf

817 Axion phenomenology in magnetized neutron stars

The expectation value of the axion field in neutron stars becomes large due to finite density corrections. By comparing our magneto-thermal simulations with available neutron star data, we find new observable effects to constrain the axion parameter space.

Speaker: Dr Filippo Anzuini (Monash University)

0945 Fri RB3 Anzuini.pdf

Abstract_Filippo_Anzuini_AIPC2022.pdf

818 Search for a Variation of the Fine Structure Constant around the Supermassive Black Hole in Our Galactic Centre

We search for a variation of the fine-structure constant using measurements of late-type evolved giant stars from the S star cluster orbiting the supermassive black hole in our Galactic Centre.

Speaker: Benjamin Roberts

1000 Fri RB3 Roberts.pdf

Abstract-GalCen.pdf

AIP: Nuclear and Particle Physics: NUPP 9

Convener: Csaba Balazs

819 Characterizing and Modelling Weakly Collective Nuclei - Puzzles and Progress

Advances and open questions on the structure of weakly collective nuclei will be discussed, beginning with a shell model perspective, and emphasizing the insights and puzzles that result from recently measured electromagnetic observables.

Speaker: Andrew Stuchbery (The Australian National University)

AIP-Congress_2022_AES.pdf

820 Radio Frequency Breakdown Analysis at CERN's High Gradient Test Stands: a Machine Learning approach

Shortcomings of Machine Learning methods for Breakdown prediction in High Gradient, Radio Frequency linear accelerating cavities have been identified. We consider improvements upon existing techniques to improve understanding of Breakdown phenomena, in collaboration with CERN.

Speaker: Mr Paarangat Pushkarna (The University of Melbourne)

0930 Fri E3 Pushkarna.pdf

RFBreakdownAnalysis_PaarangatPushkarna_AIP2022.pdf

821 Study of ttH production at the HL-LHC

We present an investigation into the ttH process, including the capability for measuring the Higgs boson 'invisible' decays with the HL-LHC and ATLAS detector upgrade.

Speaker: Isabel Beth Carr (University of Melbourne (AU))

0945 Fri E3 Carr.pdf

Abstract_AIP2022_IsabelCarr.pdf

822 Searches for Supersymmetric BSM particles via Strong Production at ATLAS

In this talk I will present the general strategies and challenges of Strong production SUSY searches, and mention the novel tools and techniques that have been developed to enhance these searches.

Speaker: Tristan Andrew Ruggeri (University of Adelaide (AU))

1000 Fri E3 Ruggeri.pptx

Tristan_Ruggeri_Abstract_AIPC2022.pdf

823 Defining and identifying pre-collective nuclei through electromagnetic transitions and moments

The nature of pre-collective nuclei is discussed in relation to recent measurements of M1 and E2 observables in the Te isotopes. Common features of pre-collective nuclei are investigated with the intention of understanding the onset of nuclear collectivity.

Speaker: Ben Coombes

1015 Fri E3 Coombes.pdf

AIP_Abstract_2022.pdf

AIP: Quantum Science and Technology: QST 17 - Quantum Matter-Light Interactions

Convener: Michael Tobar

824 Sculpted Light and Applications

NA

Speaker: Halina Rubinsztein-Dunlop (The University of Queensland)

0900 Fri RB6 Rubinsztein-Dunlop.pdf

Halina Rubinsztein - Bio.pdf

825 Designing a Quantum Matterwave Vortex Gyroscope

Quantum sensors exhibit promising real-world applications of quantum mechanics that exploit its most counterintuitive properties. I present an ongoing project that aims to design, build, and test a new type of quantum rotation sensor, the vortex matterwave gyroscope.

Speaker: Ryan Husband (PhD Student)

0930 Fri RB6 Husband.pptx

R.Husband_AIP_Abstract.pdf

826 Superabsorption in an organic microcavity: towards a quantum battery

We implement experimentally a paradigmatic model of a quantum battery, constructed of a microcavity enclosing a molecular dye.

Speaker: James Quach

0945 Fri RB6 Quach.pptx

Abstract_Template_AIPC2022_Quach.pdf

827 A quantum spin heat engine with trapped Yb$^+$ ions

The first steps towards a proof-of-concept memory powered heat engine using trapped $^{171}$Yb$^+$ ions. This proof-of-concept intends on showing entropy transfer between thermal and spin reservoirs with minimal energy loss, therefore allowing a higher efficiency heat engine than allowed classically.

Speaker: Liam McClelland

1000 Fri RB6 McClelland.pptx

Liam_McClelland_AIPC2022_v2.pdf

AIP: Solar Terrestrial and Space Physics: STSP

Convener: Trevor Harris (University of Adelaide)

828 Doppler perturbations of satellite observations by VHF ST radar

The University of Adelaide's Buckland Park VHF radar site has observed unexpected perturbations in measurements of a satellite's radial velocity (Doppler). Fourier analysis and an algorithm have been applied to the data to link the perturbations to recorded ionospheric disturbances.

Speaker: Jordan Jonker (University of Adelaide)

0900 Fri RB2 Jonker.pdf

AIPAbstract_Final.pdf

829 Absolute Laser Frequency Readout of Cavity for Next Generation Geodesy Mission

We demonstrate the absolute frequency calibration of a laser using a free spectral range cavity readout designed for next generation geodesy missions.

Speaker: Emily Rees

0915 Fri RB2 Rees.pptx

Abstract_AIPC2022_ERR.docx

830 Ionospheric Corrections for High Frequency Line of Sight Satellite Observations During Solar Minimum

Ionospheric corrections are applied to satellite observations made using a high frequency line of sight radar during solar minimum using numerical ray-tracing. Results showed mean error in satellite position compared to two-line-element propagation decreased to within 1 km.

Speaker: Tristan Camilleri

AIPC2022 HFLOS Abstract.pdf

831 Poynting-Robertson stabilization of relativistic lightsails

We study the stability of laser driven light sails during acceleration by adapting the Poynting-Robertson Effect equations to generalised sail geometries, finding the existence of a passive damping force.

Speaker: Rhys William Mackintosh

1000 Fri RB2 Mackintosh.pptx

AIP_2022_Poynting_Robertson.pdf

832 Modelling Cosmic Radiation Events in the Tree-ring Radiocarbon Record

Tree ring radiocarbon reveals 'Miyake events': rare bursts of cosmic radiation, larger than the greatest solar flares. Using our new open source Bayesian carbon cycle code, we reanalyse all published data, rejecting false positive events and challenging previous models.

Speaker: Benjamin Pope (University of Queensland)

1015 Fri RB2 Pope.pptx

AIP_Abstract___Radiocarbon.pdf

10:30 Morning tea

Plenary: Plenary 5

Convener: Prof. Nicole Bell (The University of Melbourne)

833 Applications of nanophotonics — from bright colours to nanometrology and energy conversion

Structuring materials below the wavelength scale provides a means for light harvesting to nanometric dimensions. Particularly suitable are metallic nanostructures due to the existence of highly confined surface plasmon excitations, which allow efficient harvesting of electromagnetic energy and its transduction to other forms, for example acoustic surface waves or the supply of energy to catalyse chemical reactions.

Judiciously designed dielectric nanostructures can achieve similar energy concentration via the excitation of Mie-type resonances. In my talk, I will discuss a number of applications of these systems, from generation of structural colour to applications in energy conversion and nanometrology.

Speaker: Stefan A. Maier (Monash University)

1100 Fri HallC Maier.pptx

834 Where Next in the Search for Dark Matter?

The nature of dark matter is an outstanding puzzle of fundamental physics. I will describe current limits on the broad space of viable dark matter scenarios, and outline some exciting directions for dark matter searches over the next decade, covering both terrestrial experiments and searches based on astrophysical observations.

Speaker: Tracy Slatyer

Slatyer_DarkMatter_AIPCongress_2022.pdf

Keynote: Conference Close