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Investigation of the use of Optical Photogrammetry in High Dose Rate Surface Brachytherapy
Honours project: This project utilises optical photogrammetry to address limitations of surface mould applicators for brachytherapy.
Characterisation of the Dosimetric Properties of Radiochromic Films
Honours project:This project will involve Monte-Carlo simulations of the dose deposition within the different radiochromic film designs.
[Read more about Characterisation of the Dosimetric Properties of Radiochromic Films]
Environmental Luminescence
Honours projects: The Environmental Luminescence group studies a range of real-world problems requiring the detection of ultra-low levels of light, of relevance to Environmental Monitoring, Quaternary Geology, Archaeology, Palaeontology, Earth Sciences, and Defence and National Security.
Modelling the Aussie Rules Football Kick
Honours project: This project will look at the function of a human leg when kicking an Australian Rules Football. Motion capture data is available, and will be used in conjunction with OpenSim, an open source musculoskeletal model and dynamical simulator.
Cloud Microphysics
Honours project: Development of balloon-borne optical instruments to investigate super-cooled liquid water in the atmosphere, and its effect on weather and climate models.
Studying the Highest Energy Particles in Nature with the Pierre Auger Observatory
Honours project: Projects with the Pierre Auger Observatory in western Argentina which has been built to detect giant cascades of particles created in our atmosphere by the highest energy particles known in the Universe.
[Read more about Studying the Highest Energy Particles in Nature with the Pierre Auger Observatory]
Advanced LIGO Detector Characterisation & CW Astrophysics
Honours project: This project provides the opportunity to work on continuous-wave (CW) searches and advanced LIGO detector characterisation as part of the OzGrav Centre of Excellence.
[Read more about Advanced LIGO Detector Characterisation & CW Astrophysics]
Computational Models of Lasers for Future Gravitational Wave Detectors
Honours project: This project provides the opportunity to adapt an advanced set of modelling tools to predict the performance of 2µm lasers and help optimise their performance.
[Read more about Computational Models of Lasers for Future Gravitational Wave Detectors]
Improving Fibre Laser Sources for Future Gravitational Wave Detectors
Honours project: In this project you will join the team developing 2 µm fibre laser sources and investigate the isolation of the laser cavities from the environment.
[Read more about Improving Fibre Laser Sources for Future Gravitational Wave Detectors]
Characterising the Directional Stability of Laser Sources for Future Gravitational Wave Detectors
Honours project: In this project you will develop a new quadrant photodiode to measure the pointing stability of 2 µm lasers that being developed for future detectors.
