11–16 Dec 2022
Australia/Adelaide timezone
Co-locating with the 7th International Workshop of Specialty Optical Fibres and Their Applications (WSOF), the Australian and New Zealand Conference on Optics and Photonics (ANZCOP), and the Conference on Optoelectronlc and Microelectronic Materials and Devices (COMMAD)

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