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High-energy Physics Phenomenology
Honours projects: Projects which combine experimental, computational and theoretical physics.
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.
High Resolution 3D Scene Mapping Using Advanced GW Technology
Honours project: In this project you will explore phase camera technology to understand its potential and limitations.
[Read more about High Resolution 3D Scene Mapping Using Advanced GW Technology]
Mixed Digital and Analog Control of Advanced Lasers
Honours project: This project explores the use of blended control strategies to optimise the performance of advanced lasers.
[Read more about Mixed Digital and Analog Control of Advanced Lasers]
Machine Learning Techniques for Advanced Gravitational Wave Detectors
Honours project: This project will use advanced interferometer simulation software, developed by researchers at Adelaide, coupled with machine learning and Bayesian analysis methods to develop new techniques for extracting experimental parameters within gravitational wave interferometers.
[Read more about Machine Learning Techniques for Advanced Gravitational Wave Detectors]
Quantum Atom-Fibre Photonics
Honours projects: Accurate knowledge of optical parameters is becoming increasingly important for a wide range of scientific and industrial applications.
Understanding Laser Beams
Honours project: The goal of this project is to explore the use of new imaging arrays for laser beam profilers that can cover a wide range of wavelengths.
Radio Astronomy at 55 MHZ
Honours projects: Students will gain experience in radio interferometry techniques which underpin major astronomy programs in Australia such as the Square Kilometre Array (SKA).
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]
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.