24th Australian Institute of Physics Congress

Scientific Programme

AIP Congress

Tracks for The Australian Institute of Physics Congress

• AIP: Astronomy

  ASA

• AIP: Group for Astroparticle Physics

  GAP

• AIP: Atomic and Molecular Physics

  ATMOP

• AIP: Biomedical and Medical Physics

  BMP

• AIP: Computational and Mathematical Physics

  CMP

• AIP: Condensed Matter, Materials and Surface Physics

  CMM

• AIP: Education

  PEG

• AIP: Environmental Physics

  EP

• AIP: Geophysics

  GP

• AIP: Meteorology, Climate Change and Oceanography

  AMOS

• AIP: Nuclear and Particle Physics

  NUPP

• AIP: Plasma Science

  PP

• AIP: Quantum Science and Technology

  QST

• AIP: Relativity and Gravitation

  ASGRG

• AIP: Renewable Energy

  RE

• AIP: Solar Terrestrial and Space Physics

  STSP

• AIP: Synchrotron Science

  ASRP

• AIP: Theoretical and Mathematical

  TMP

ANZCOP

Tracks for Australian and New Zealand Conference on Optics and Photonics

• ANZCOP: Astrophotonics

• ANZCOP: Atom optics

• ANZCOP: Biophotonics

• ANZCOP: Fibre & communications

• ANZCOP: Lasers

• ANZCOP: Metaoptics and plasmonics

• ANZCOP: Microscopy, spectroscopy and imaging

• ANZCOP: Nanophotonics, metaoptics and plasmonics

• ANZCOP: Nonlinear optics and photonics

• ANZCOP: Novel materials

• ANZCOP: Optical sensors

• ANZCOP: Optoacoustics

• ANZCOP: Photonic integration and fabrication

• ANZCOP: Quantum optics

• ANZCOP: THz

WSOF

Tracks for 7th International Workshop on Specialty Optical Fibres and Their Applications

• WSOF: Advances and new developments in specialty fibres

• WSOF: Photonic crystal, microstructured, and hollow core fibers

• WSOF: Fibre lasers

• WSOF: Novel materials

• WSOF: Nonlinear optics

• WSOF: Fibre sensors

• WSOF: Novel manufacturing: 3D printing, postprocessing, coatings

• WSOF: Advanced analysis: wavefront shaping, machine learning

• WSOF: Industrial applications and commercialisation

COMMAD

Tracks for the Conference on Optoelectronlc and Microelectronic Materials and Devices

• COMMAD: Semiconductor materials, devices, and technologies

• COMMAD: Emerging materials: 2D, oxide, organic, and perovskite materials

• COMMAD: Semiconductor manufacturing technologies

• COMMAD: Advanced materials growth and synthesis

• COMMAD: Materials and device characterisations

• COMMAD: Nano/micro-fabrication and processing

• COMMAD: Advanced computational and machine learning methods in photonics, nanoelectronics, and devices

• COMMAD: Flexible electronics, nonlinear optical materials, and wearable technologies

• COMMAD: Photonic integrated circuits, semiconductor lasers, LEDs, photodetectors, and modulators

• COMMAD: Topological and photonic crystal lasers

• COMMAD: Solar cells, thermoelectricity, fuel cells, power electronics, and green-energy devices

• COMMAD: Biomedical integrated circuits and implantable devices

• COMMAD: Quantum computing and circuits

• COMMAD: Nanoelectronic and nanophotonics

PQS2022

• PQS: Precision and Quantum Sensing Workshop

  PQS

PLENARY

• Plenary

  This track is reserved for invited plenary speakers

Focused Sessions

• The culture of Physics and Research

  FS1

• Metaphotonics and Metasurfaces

  FS2

• Unveiling emergent physics of novel functional materials with neutron scattering

  FS3

• Australia’s future in gravitational wave physics and astrophysics

  FS4

• Time Crystals

  FS5

• National vision for nuclear science and applications

  FS6

• Strong interaction dynamics and the pursuit of fundamental symmetries

  FS7

• Quantum Biotechnology

  FS8

AIP session in honor of Tony Klein