Current postgraduates

• Ambrose, Matthew - Geometrical methods for describing polarisable matter
• Beutler, Florian - Analysis of large scale structure in the Universe using 6dF and ASKAP simulations
• Bourhill, Jeremy - Towards observing the standard quantum limit in a macroscopic acoustic oscillator
• Budrikis, Zoe - The role of array shape and vertex dynamics in the demagnetisation of ‘artificial spin ice’
• Carr, Bernard James - New Physics Drama Research Project: Efficacy Of Drama As Pedagogical Tool For Improving Student Motivation and Attitude To Science Through Teaching New Physics To Senior Primary School Students
• Chang, Crosby - Propagating spin waves at the micrometer scale
• Chen, Xu - Investigation of parametric interactions and their applications
• Delhaize, Jacinta - Detecting Neutral Hydrogen Gas in Intermediate-Redshift Galaxies Using Spectral-Stacking Techniques
• Fang, Qi - Opto-mechanical Interactions and Applications to High Sensitivity
• Fleming, Adam - Blood magnetic susceptibility effects in cardiac R2 star magnetic resonance
• Gargano, Mark - Measuring the effectiveness of specialist science programs in changing students’ attitudes and motivation, and teachers’ confidence and self-efficacy, through participation in authentic astronomy research
• Gondwe, Mzamose - Building bridges: connecting science and culture through cross-cultural digital storytelling
• Hooper, Shaun - Real time methods of detecting chirp signals to accelerate data analysis for gravitational waves detection
• Hug, Benjamin - Advanced Radiotherapy Techniques - Development and Modelling of Advanced Radiation Guided Technologies
• Karl, Stephan - Iron metabolism in the malaria parasite
• Luckas, Paul - Not just pretty pictures: The design, deployment and use of an internet accessible, robotic optical telescope for student research projects
• McGrath, Bradley - A Comparison of Acoustic and Quantum Wave Propagators
• Nand, Nitin - Application of frequency standards and metrology to novel innovations: Development of a cryocooled sapphire oscillator and frequency synthesizer system for radio astronomy
• Novak, Joseph - Topics in locally supersymmetric non-linear sigma models
• Pitts, Marina - Leaning Towers, Solar System Walks, Student Researchers and Their Telescopes: a study of outreach centre effectiveness
• Povey, Rhys - Microwave cavity searches for hidden sector photons
• Rourke, Tegan - A Phenomenological Model of Radiobiology
• Susmithan, Sunil - Investigation of parametric instability and its control by thermal tuning and compensation of optical cavities in laser interferometer gravitational wave detectors using CO2 laser heating.
• Torres, Francis - Novel design for miniature space magnetometers based on the 3-mode opto-acoustic interaction
• Truong, Gar-Wing - Quantitative Atomic Gas Spectroscopy for the Determination of the Boltzmann Constant and Primary Thermometry
• Ung, Ngie - Adaptation of margins and tolerances: Quantifying the consequences of machine- and patient- related uncertainties in external beam radiotherapy for prostate cancer.
• Verma, Siddartha - Vibration isolation and control system for the high power optical cavities used in gravitational wave detectors
• Weng, Wenle - Compact Optical Micro-Resonator Frequency Standards
• Westerlund, Stefan - A Parallel Source Finder For Searching Radio Astronomy Images using High Performance Computing
• Zhu, Xingjiang - Gravitational wave astrophysics

Graduated students

• Carroll, Matthew - Magnetic Nanoparticles for Biomedical Applications
• Creedon, Daniel - Ultra-stable Cryogenic Whispering Gallery Mode Maser Based on Electron Spin Resonance of Paramagnetic Ions in Sapphire
• Fuller, Rebecca - Relaxation and properties of in fine magnetic particles
• Loh, Nicholas - The Magnetism of Co/CuMn multilayers and compressed CrO2: investigations with polarised X-rays and Neutrons
• Magaraggia, Rhet - Studies of pinned magnetic interfaces through dynamic magnetisation techniques
• Manouchehri, Kia - Quantum Walks: Theory and Implementation
• Mouneyrac, David - Development of a novel ultra-stable very low-phase-noise oscillator and a study of the modification of intrinsic microwave properties of semi-insulating monocrystalline materials
• Parker, Stephen - Experimental Tests of Local Lorentz Invariance Using Microwave Signals
• Ross, Nils - Ferromagnetic resonance and dynamic microwave characterization of assemblies of magnetic nanostructures
• Saerbeck, Thomas - Magnetic Coupling Phenomena in Systems with Reduced Dimensionality studied with Polarized Neutron Reflectometry
• Tyler, Simon - Multi-loop structure of quantum supersymmetric gauge theories