Rudolf Peierls Centre for Theoretical Physics
Although members of the Rudolf Peierls Centre work on topics that span many branches of physics - from how bacteria swim to the inflationary origin of the Universe, from quantum phase transitions to the chemodynamical evolution of galaxies - we share a common culture and common intellectual tools. Much of the Centre's work involves quantum field theory or perturbation theory, and we make extensive use of numerical simulations. We are very much concerned with modelling experimental data and asking questions such as "what do these data tell us about the structure and dynamics of the system?" and "what are the experimental implications of this theoretical framework?"
Our Particle Theory Group works on particle phenomenology both in and beyond-the-Standard-Model, (lattice) gauge theory and string theory, mathematical physics and quantum gravity, early-Universe cosmology and issues in particle astrophysics e.g. dark matter and high-energy cosmic rays.
The quantum dynamics of many-body systems, phase transitions and
strongly correlated electrons are important themes within our
Condensed-Matter Group. Members of the group also do much work on
soft matter and biological systems, which are characterized by a balance between interactions and fluctuations that leads to rich and diverse self-assembly and dynamics.
The Astrophysics and Plasmas Group works on the structure and formation of galaxies, with particular emphasis on our own Galaxy, on the dynamics of astrophysical plasmas, especially the intergalactic medium, and on laboratory plasmas - we have strong links with the UK Fusion Research Centre at Culham.
The theoretical and computational physics of systems with many interacting constituents, from strongly correlated quantum materials to soft and biological matter.
Academics John Chalker, Fabian Essler, Paul Fendley, Ramin Golestanian, Dmitry Kovrizhin, Ard Louis, Steve Simon, Julia Yeomans
We study the fundamental nature of matter and forces in the universe ... seeking to explain why the world is the way it is?
Academics Subir Sarkar, Jorge Casalderrey-Solana, Joseph Conlon, Ulrich Haisch, Andre Lukas, John March-Russell, Andrei Starinets, John Wheater, Giulia Zanderighi
We study systems in which huge numbers of particles interact through long-range forces.
Academics James Binney, Michael Barnes, Steve Cowley, John Magorrian, Felix Parra Diaz, Alexander Schekochihin
James Binney, John Magorrian
Michael Barnes, James Binney, Felix Parra Diaz, Subir Sarkar, Alexander Schekochihin, Steven Balbus, Garret Cotter, Julien Devriendt, Philipp Podsiadlowski, Adrianne Slyz, Caroline Terquem, Tony Bell, Gianluca Gregori, Peter Norreys, Steven Rose, Paul Dellar