Projects - Summer 2015
First name | Family Name | Research title | Supervisor |
Ahmed | Al-Jawahiry | Systematics of Quark and Lepton Mass Matrices | Paul Harrison |
Alessandro | Barp | Differential Topology and Spin Transport in Skyrmion Magnets | Gareth Alexander |
Adam | Bennett | Investigation of NiCdO Semiconducting Alloys | Chris McConville |
James | Blake | Modelling Exoplanetary Transits to Investigate the Bulk Properties of Hot Jupiters | Don Pollacco |
Andrew | Borrill | Searching for inflated planets around nearby stars | Peter Wheatley |
Joe | Bright | Probing the structure of burnt-out stars through asteroseismology | Boris Gaensicke |
Ben | Brown | Transducers for measuring high pressure fields inside ultrasonic baths | Rachel Edwards |
Ryan | Calladine | Ultrasound to measure liquid level inside pipes | Steven Dixon |
Jordan | Carr | OOMMF STUDIES OF NANO-ARRAYS | Thomas Hase |
Danny | Cieszynski | Development of a light calibration system for the Hyper-Kamiokande Experiment | Steven Boyd |
Rory | Claydon | Pulsed Oesophageal Doppler Blood Flow Measurements | Steven Dixon |
Peter | Collett | Dosimetric effects caused by Couch tops during radiotherapy treatments | Jon Duffy |
Ben | Coltman | The two-interacting particle problem of excitons in an Aharonov-Bohm quantum ring | Rudo Roemer |
Chris | Davis | How does a Bohm particle localise? | Rudo Roemer |
Jeffrey | Ede | Time-Frequency Decomposition in Ultrafast Spectroscopy | James Lloyd-Hughes |
Amy | Elliott | Image processing and registration for radiotherapy planning using MRI | Jon Duffy |
Stephen | Farr | Ultrasonic based measurements of osteoporosis | Steven Dixon |
Jack | Fawcett | Models and experiments of the response of ultrasonic baths to transducer and cage positions | Rachel Edwards |
Mark | Goddard | Superconductivity in Heusler alloys | Martin Lees |
James | Gott | Low temperature ultrasonic measurement of superconductors | Rachel Edwards |
Ben | Griffith | Developing cross-platform delivery for release and development versions of the FELIX suite of electron diffraction visualisation codes | Rudo Roemer |
Jake | Haynes | Measuring the flow field of Chlamydomonas under strong confinement. | Marco Polin |
Thomas | Hicken | A combined study of the spin polarisation in two spintronic materials | Jon Duffy |
James | Kohout | Modeling non-equilibrium dynamics on atoms deposited on graphene | David Quigley |
Matthew | Lane | Computational modelling of thermoelectric materials ab-initio | Julie Staunton |
Melissa | Liow | Stellar superflares in K2 Kepler data | Anne-Marie Broomhall |
Jake | Lishman | Implementation and Control of Nitrogen-Vacancy Centre Experiments | Gavin Morley |
Matthew | Lloyd | How do surface cell proteins in Synechococcus WH8102 inhibit grazing by dinoflagellates | Marco Polin |
Harry | Manners | The Implementation of a Tracking Algorithm for Neutrino Interactions in a Liquid Argon Time Projection Chamber | Gary Barker |
Ian | McCheyne | Automated Classification of Astronomical Spectra | Thomas Marsh |
Edward | Millard | Ultrasound to measure liquid level inside pipes | Steven Dixon |
Sofina | Mohamad Johari | Using Solid-State NMR to Probe Intermolecular Interactions | Steven Brown |
Lewis | Mosby | Fabrication of nanodiamonds for quantum technology and probing the boundaries of quantum mechanics | Gavin Morley |
Alvin | Panis | Next generation composite ultrasonic transducers for industrial gas flow measurement application | Nishal Ramadas |
Matt | Pearce | Electrons in superconductors and other functional materials | Paul Paul Goddard |
Tom | Pickford | Phase transitions and dynamics of confined fluids | Jon Duffy |
Rebecca | Prince | Using ultrasound to measure liquid level inside a pressurised cylinder | Steven Dixon |
Alex | Simpson | Developing a graphical user interface for the FELIX suite of electron diffraction visualisation codes | Rudo Roemer |
Timothy | Sit | Optical readout particle tracking technology | Yorck Ramachers |
Charlotte | Slade | Topological Insulators | Geetha Balakrishnan |
Amanda | To | Computational electromagnetism model for nanoplasmonics | James Lloyd-Hughes |
Joanna | Watts | Growth of two-dimensional heterostructures | Neil Wilson |
Taylor | Wheeler | Single quantum systems in diamond | Mark Newton |
John | Woolley | Speeding up geometry optimisation in atomistic simulations with preconditioners | David Quigley |