| Dr Stefan Adams |
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Large deviation theory, probability theory, Brownian motions, statistical mechanics, gradient models, multiscale systems |
| Dr Claude Baesens |
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Dynamical systems and applications to physics; exponential asymptotics |
| Professor Dwight Barkley |
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Applied and computational mathematics |
| Dr Hugo van den Berg |
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Mathematical biology |
| Dr Volker Betz |
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Statistical mechanics, quantum mechanics, exponential asymptotics |
| Professor Brian Bowditch |
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| Professor Nigel Burroughs |
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Virus dynamics, mathematical immunology, especially control and regulation of the immune system, phylogenetics, signalling and gene dynamics |
| Dr Colm Connaughton |
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| Professor Charles Elliott |
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Numerical and applied analysis of partial differential equations; free boundary problems; computational applied mathematics |
| Professor David Elworthy |
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Stochastic analysis; stochastic differential equations; geometric analysis |
| Dr Adam Epstein |
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Complex analytic dynamics; Riemann surfaces; value-distribution theory |
| Professor David Epstein FRS |
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Mathematics applicable to biology |
| Dr Stefan Friedl |
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| Professor Gero Friesecke |
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Nonlinear partial differential equations, mathematical physics |
| Dr Vassili Gelfreich |
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Analysis and dynamical systems |
| Professor Jeremy Gray |
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History of mathematics |
| Dr Stefan Grosskinsky |
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Applied probability theory, mathematical statistical mechanics. Interacting particle systems, nonequilibrium phase transitions, hydrodynamic limits |
| Dr Martin Hairer |
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Stochastic analysis, functional analysis, statistical mechanics |
| Professor Derek Holt |
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Group theory, computational algebra |
| Professor Christopher Jones |
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Dynamical systems and applications, particularly in earth sciences |
| Professor John Jones |
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Geometry; topology; gauge theory; K-theory; cyclic homology; index theorems |
| Professor Matthew Keeling |
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Mathematical modelling of population dynamics, especially infectious diseases and evolution. I am interested in how heterogeneities impact on population dynamics, in particular spatial structure, social networks and stochasticity. I study the following diseases: foot-and-mouth disease, bovine TB, influenza, measles, bubonic plague |
| Professor Robert Kerr |
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Partial Differential Equations, Computational Fluid Dynamics, Geophysical Fluid Dynamics |
| Dr Markus Kirkilionis |
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Mathematical biology, dynamic network models, complex systems, numerical analysis, pattern formation, physiologically structured Population models, (monotone) dynamical systems |
| Dr Inna Korchagina |
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Group theory, groups of Lie type, finite simple groups |
| Dr Arie Koster |
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Combinatorial optimisation, telecommunication network design, fixed parameter tractable algorithms |
| Professor Roman Kotecky |
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Probability; statistical physics; theory of phase transitions |
| Dr Oleg Kozlovski |
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Dynamical systems, ergodic theory, mathematical physics, financial mathematics |
| Dr Daan Krammer |
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Algebra: braid groups |
| Dr. Samuel Lelièvre |
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Abelian and quadratic differentials, moduli spaces, integer points, cover enumeration, quasimodular forms |
| Dr Vadim Lozin |
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| Professor Robert MacKay FRS |
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Dynamical systems theory and applications, complexity science |
| Dr Diane Maclagan |
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Combinatorial and computational commutative algebra and algebraic geometry |
| Dr Anthony Manning |
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Differentiable dynamical systems |
| Professor Vladimir Markovic |
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Geometric analysis, Teichmuller theory, quasiconformal harmonic maps, Kleinian groups |
| Dr Mario Micallef |
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Partial differential equations; differential geometry |
| Professor David Mond |
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Singularity theory, algebraic geometry |
| Dr John Moody |
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Group rings, representations of braid groups, vector-fields and blowing-up |
| Professor Sergey Nazarenko |
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Turbulence and waves in classical, quantum and astrophysical fluids |
| Professor Neil O'Connell |
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Stochastic analysis; Brownian motion, random walks and related processes,
especially in an algebraic context; random matrix theory; combinatorics; representation theory |
| Dr Petr Plechac |
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Numerical analysis, computational mathematics |
| Professor Mark Pollicott |
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Ergodic theory and dynamical systems, with applications to geometry, analysis and number theory |
| Professor David Preiss FRS |
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Mathematical analysis |
| Professor David Rand |
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Mathematical biology, pure and applied dynamical systems |
| Professor John Rawnsley |
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Symplectic geometry; geometrical methods of quantisation; differential geometry; Lie groups |
| Professor Miles Reid FRS |
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Algebra and geometry, algebraic geometry, classification of varieties, minimal models of 3-folds and higher dimensional algebraic varieties, singularities of 3-folds and higher dimensional algebraic varieties, orbifolds and their resolution, McKay correspondence |
| Dr James Robinson |
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Infinite-dimensional dynamical systems; random dynamical systems; rigorous fluid dynamics and turbulence; embedding properties of finite-dimensional sets; foundations of non-autonomous dynamics |
| Dr Jose Luiz Rodrigo |
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Partial differential equations, fluid mechanics |
| Professor Colin Rourke |
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3-manifolds, Poincare conjecture, combinatorial group theory, singularities, knots, links, racks |
| Dr Dmitriy Rumynin |
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Representation theory |
| Dr Saul Schleimer |
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Geometric topology, group theory, and computation |
| Professor Caroline Series |
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Hyperbolic geometry, Kleinian groups, dynamical systems |
| Dr Samir Siksek |
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Number theory, diophantine equations, elliptic curves, Lucas sequences |
| Professor Colin Sparrow |
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Dynamical systems, differential equations, bifurcations, game theory, discrete event systems |
| Professor Ian Stewart FRS |
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Nonlinear dynamics, symmetric dynamics, bifurcation theory, singularity theory, biomathematics |
| Professor Sebastian van Strien |
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Dynamical systems |
| Professor Andrew Stuart |
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Applied and computational mathematics |
| Dr. Florian Theil |
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Partial differential equations, discrete systems |
| Professor Peter Topping |
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Geometric analysis, PDE, differential geometry |
| Dr. Roger Tribe |
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Probability, in particular interacting particle systems and stochastic partial differential equations |
| Dr Daniel Ueltschi |
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Quantum statistical mechanics, spatial random permutations, Bose-Einstein condensation |
| Professor Peter Walters |
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Ergodic theory; topological dynamics; differential dynamical systems |
| Dr David Wood |
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Dynamical systems, bifurcations with symmetry, applications to biology and industry |
| Dr. Oleg Zaboronski |
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Turbulence, non-equilibrium statistical mechanics, quantum field theiry, theory of random matrices and integrable systems |
