| Student Name |
Title |
Academic Supervisor |
| Alan Brunier |
Topological Insulators and Superconductivity |
Don Paul |
| Andrew Fowler |
Computational Modelling of Magnetic Materials Ab-Initio |
Julie Staunton |
| Ben Slater |
X-ray photoemission spectroscopy (XPS) studies of 1D and 2D nano-carbon / inorganic crystal hybrids |
Gavin Bell |
| Callum White |
Realtime analysis of ultrasonic velocities in single crystals |
Rachel Edwards |
| Chloe Pugh |
Synchrotron X-ray Studies of Thin Film Structures |
Tom Hase |
| Christopher Manser |
Planetary archaeology |
Boris Gaensicke |
| Ciaran Conneely |
The Night Sky at High Speed |
Thomas Marsh |
| Claire Thring |
Using lasers to measure the shape of hidden defects |
Rachel Edwards |
| Connor Wycherley |
Conservation Laws in the 1/r2 system |
Rudolf Roemer |
| David Carvalho |
Spin Waves in Gadolinium Gallium Oxide Garnet |
Nick D'ambrumenil |
| Edward Thompson |
Simulations of optical communication systems |
Rudolf Roemer |
| Esther Turner |
Measurement of the neutral current elastic cross section in the Near Detector of the T2K Experiment |
Steve Boyd |
| Henry Austin |
Defining a Next-Generation Neutrino Experiment |
Gary Barker |
| Jack Hills |
|
Gavin Bell |
| Jack Strand |
Study of detector designs to be used in the NuStorm Facility |
Steve Boyd |
| James Iley-Hazelgrove |
From topological Insulators to Superconductors |
Geetha Balakrishnan |
| James Kerfoot |
Mapping graphene layer number and orientation |
Neil Wilson |
| James Martin-Collar |
Understanding correlations between kinetic plasma instabilities and features of the velocity distribution function using Themis spacecraft |
Bogdan Hnat |
| Jamie Wynn |
Computational Modelling of Magnetic Materials Ab-Initio |
Julie Staunton |
| Joel Forster |
Digital electron diffraction |
Richard Beanland |
| Joel Palmer |
Modelling Exoplanets |
Don Pollacco |
| Joseph Pickering |
Pulsed eddy current measurements for NDE of aerospace components |
Steve Dixon |
| Lewis Hart |
X-ray photoemission spectroscopy (XPS) studies of 1D and 2D nano-carbon / inorganic crystal hybrids |
Gavin Bell |
| Matthew Healey |
Graphene: developing the ultimate membrane |
Neil Wilson |
| Max Grell |
Measuring metal wall thickness accurately using ultrasonic guided waves |
Steve Dixon |
| Michael Hunter |
Smart manufacturing for ultrasonic transducers |
Steve Dixon |
| Michael Abbott |
3D Photovoltaic |
|
| Michael Mills |
Transparent Conducting Oxides: A new class of semiconducting materials |
Chris McConville |
| Mohammad Che Rozenan |
Understanding the X-ray Emission in our Galaxy. |
Peter Wheatley |
| Rahul Chacko |
Developing smectics: textures and evolution of fonal conics |
Gareth Alexander |
| Robin Laurence |
Developing smaller profile non-contact measurements |
Rachel Edwards |
| Rose Ardell |
The Higgs Boson at the ATLAS Experiment |
Sinead Farrington |
| Samuel Grubb |
Dynamic visualisation of interacting electrons in solids |
David Quigley |
| Sarah Wishart |
Asymmetric resistor network models of Quantum Hall Response |
Nick D'ambrumenil |
| Scott Vinay |
An augmented reality approach to crystal structure prediction |
David Quigley |
| Shazeaa Ishmael |
Dynamics of a ponytail |
Robin Ball |
| Simon Pocock |
One-dimensional quantum systems with elliptic repulsive many-body interactions |
Rudolf Roemer |
| Slavomira Stefkova |
Automatic assignment of NMR spectral data from protein sequences using neural networks and Bayesian analysis |
Rudolf Roemer |
| Stuart Stach |
Fabrication of ultrasonic piezoelectric arrays |
Steve Dixon |
