| Nano-optics |
High-tech manufacturing
| Blaikie, R |
|
Micro and nano-fabrication
|
|
Semiconductors
|
|
Electronics
|
|
Optics and lasers
|
|
Research management
|
| Experimental Atomic, Molecular and Optical Physics |
Atomic physics
| Andersen, M |
|
Single atom manipulation
|
|
Atomic interferometry
|
|
Pico-scale engineering
|
|
Optical instrumentation
|
|
Lasers
|
|
Lasers
| Longdell, J |
|
Cryogenics
|
|
Optical instrumentation
|
|
Ultrasound
|
|
Quantum mechanics
|
| Ultra cold matter | Kjærgaard, N |
| Optical instrumentation |
| Laser systems |
| Quantum Theory and Optical Physics |
|
Computational physics
| Blakie, P Blair |
|
Numerical methods
|
|
Bose-Einstein condensation
|
|
Optical lattices
|
|
Classical field theory
|
|
Ultra-cold fermi gases
|
|
Ultra-cold gases
| Bradley, A |
|
Theoretical physics
|
|
Quantum vortices
|
|
Computational physics
|
|
Mathematical physics
|
|
Theoretical physics
| Hutchinson, D |
|
Computational physics
|
|
Quantum field theory
|
|
Condensed matter physics
|
|
Ultracold atoms
|
|
Mathematical physics
|
| Geophysics |
Sea ice in the Arctic and Antarctic
| Langhorne, P |
|
Polar oceans
|
|
Ice-ocean interaction
|
|
Van Allen radiation belts
| Rodger, C |
|
Sun-earth coupling
|
|
Near-earth space and ionosphere
|
|
Long range lightning detection
|
|
Aurora
|
|
High altitude lightning (eg. red sprites)
|
|
Electromagnetic remote sensing techniques
|
| Upper atmosphere and ionosphere | Thomson, N |
| Probing atmosphere by radio waves |
| Instrumentation and Inference |
Imaging and inference
| Fox, C |
|
Building acoustics
|
|
Mathematical modelling
|
|
Electronics
| Molteno, T |
|
Autonomous robotics
|
|
High performance computing (supercomputing)
|
|
Programmable logic
|
|
Electrosensory navigation in sharks
|
| Energy Studies |
Antarctic and Arctic ice-ocean interaction processes
| Smith, Inga |
|
Polar and sub-Antarctic physical oceanography
|
|
Environmental physics
|
|
Stable isotopes
|
|
Greenhouse gas emissions from international transport
|
|
Energy use in buildings
|
|
Supercooling measurements |
| Energy Physics | National energy and electricity system modelling | Jack, M |
| Energy efficient housing |
| Integrating variable renewables, demand flexibility and smart electricity grids |
| Molecular motors and energy transfer at the molecular scale |
| Energy Technologies | Fluid mechanics | Lowrey, S |
| Microfluidics |
| Micro/nanofabrication |
| Engineering Thermodynamics |
| Heat and mass transfer |
| Computational fluid dynamics |
| Drying processes |
| Heat pump technology |
| Sustainable Fuels | Sustainable fuels | Abeynaike, A |
| Waste-to-energy |
| Circular economy |
| Life cycle analysis |
| Resonant Optics | Optics | Schwefel, H |
| Photonics |
| Lasers |
| Optical Resonators |
| Nonlinear Optics |
| Optical Frequency Combs |
| Resonant optics |
| THz radiation |
| Microwave radiation |
| Nanophotonics |
| Plasmonics |
| Optical devices |
| Quantum optics |
| Microcavities |
| Photonic circuits |
| Optical sensing |
| Spectroscopy |
| Optical materials |
| Nanofabrication |
| Computational photonics |
| Astrophysical Fluids and Plasmas | Plasma physics | Squire, J |
| Astrophysical fluid dynamics |
| Turbulence |
| Solar wind and solar corona |
| Accretion disks and planet formation |
| Fusion energy |
| Numerical simulations |
| Atmosphere and Climate | Solar activity, solar storms | Seppala, A |
| Atmospheric chemistry |
| Chemical-dynamical coupling |
| Climate modelling & earth observation |
