Professor Steve Thomas
Professor of Theoretical Physics
Email: email@example.comTelephone: 020 7882 5767Room Number: G. O. Jones Building, Room 611
I have supervised two internship students who worked on string theory related projects. One student, Nicola Abrahams from the Univesity of Kent, Canterbury was studying for an M.Sci.in Astrophysics, was funded by the SEPnet Internship Scheme. The other student, Jon Cheyne, who is currently studying for an MSci in Theoretical Physics in the SPA, was funded by an SPA internship award.
SEPnet internship students presented posters at the annual SEPnet Student Expo, held at the Royal Institution London. Over 50 students presented posters covering a wide variety of physics related topics. Prizes were given for the best posters one of which was awarded to Nicola. Prizes were presented by the well known writer and broadcaster Prof. Jim Al-Khalili OBE who also gave a keynote speech.
Reproduced by kind permission of Paul Stead Photography
Here is pdf of Nicola's poster entitled 'Elementary Investigations into properties of Strings and D-Branes'
Here are just a few example of animations produced by Nicola as part of her project. The first shows the motion of a single open string attached to a D-brane. The animation was produced by solving the equations of motion of the string attached to the D-brane, using the MATLAB software package. Click on the image to run the animation.
In another animation we see the motion of an open string with its endpoints attached to two different D-branes parallel to one another
In this animation, a closed string is moving vertically upwards as time passes. The animation keeps a 'memory' of the string positions as it moves in time. This allows us to visualise the shape of the surface the string sweeps out during its motion.
Currently I am one of the Module Organisers for the year 1 Lab course Scientific Measurement (SPA4103) and the for the year 3 B.Sc. module Quantum Mechanics and Symmetry (SPA6325). In the past I have taught various modules including Mathematical Techniques 1, Mathematical Techniques 3, From Newton to Einstein, Electric and Magnetic Fields, Quantum Mechanics B and Electromagnetic Theory.
I am a member of the Centre for Research in String Theory. My past research interests has involved models of string/particle phenomenology and cosmology included topics such as non-abelian Dirac-Born-Infeld (DBI) theories of coincident D-branes and their application in models of inflationary cosmology; tachyon condensation in multiple unstable D-brane systems and defect formation; particle physics models based on ISS type metastable supersymmetry breaking. Currently my research has focused on high energy scattering in gravity/supergravity and string theories, in the so called eikonal approximation.
- Particle Physics and Astronomy Research Council: Berman, Brandhuber, Ramgoolam, Spence, Thomas. Rolling grant String theory, gauge theory and gravity (2006-2010), £249,800
- European Union, Framework 6, Marie Curie Training and Mobility of Researchers Grant, Superstrings, Theory Group, Department of Physics, Queen Mary, (2004-2008), €259,980 £162,000.