| Dr P.M.E. Altham | Analysis of discrete data, computational statistics |
| Dr C. Anagnostopoulos | Computational Statistics and Machine Learning |
| Dr I. Bailleul | Probability, coagulation, stochastic calculus |
| Prof. A. Baker, FRS | Number theory, transcendence, logarithmic forms, effective methods, Diophantine geometry, Diophantine analysis |
| Dr D. Barden | Topology,Geometry |
| Prof A.F. Beardon | Complex analysis, hyperbolic geometry, discrete groups |
| Dr C. R. Berzuini | |
| Prof. B. Bollobás, FRS | Combinatorics, Graph Theory |
| Dr C.J.B. Brookes | Groups, non-commutative algebra and geometry, homological algebra |
| Dr B. Bukh | Combinatorial number theory, geometric combinatorics
|
| P. Bursill-Hall | History of early Greek maths, Renaissance mathematical arts, Enlightenment Analysis |
| Dr J. Button | Mobius groups and hyperbolic 3-manifolds |
| Dr R. Camina | Group Theory |
| Dr P. Candela Pokorna | Analysis and combinatorics |
| Dr J.A. Cañizo | Kinetic Equations and PDEs |
| Dr O. Caramello | Categories and Logic |
| Prof. J.W.S. Cassels, FRS | |
| Dr S. Chiappa | |
| Dr D. Conlon | Combinatorics/Number Theory |
| Dr I. Cosma | |
| Dr N. Datta | Mathematical Physics: Rigorous statistical mechanics |
| Dr S. Demoulini | Analysis |
| Prof. M.A.H. Dempster | Quantitative finance, stochastic system optimization |
| Dr V. Dokchitser | Algebraic Number Theory |
| Dr A. Einav | |
| Dr D. Ellis | Combinatorics |
| Dr R. Evans |
Graphical models, discrete parametrizations,
causal inference and algebraic statistics
|
| Dr K. Feldman | Geometry and Topology |
| Dr T.E. Forster | Logic, set theory, combinatorics |
| Dr F. Gach | Simulation-based inference, minimum distance estimation, non-parametric maximum likelihood estimation |
| Dr A. Gadbled | Geometry |
| Dr D.J.H. Garling | Geometry of Banach Spaces, Probabilistic analysis |
| Prof Arthur Gibson | Philosophy of Mathematics, Philosophy of Theoretical Cosmology |
| Prof. A. Glass | Infinite permutation groups, lattice-ordered
groups and decision problems |
| Dr J. Goedecke | Category Theory |
| Dr S.M. Jacquot | Probability |
| Dr H. Johnston | Algebraic Number Theory |
| Dr A. Juhász | Topology |
| Dr A.-S. Kaloghiros | Algebraic Geometry |
| Dr D.P. Kennedy | Limit theorems in applied probability, sequential decision processes, optimal stopping, financial modelling |
| Dr P. Key | |
| Dr C.W. Kim | Analysis |
| Dr W. Kim | |
| Dr B.J. Krummel | Geometric Analysis |
| Dr P. Laul | Partial Differential Equations |
| Dr R.I. Lawther | Algebraic Groups |
| Dr Y. Lekili | Geometry |
| Dr Z. Li | |
| Prof. W.B.R. Lickorish | Topology, three-dimensional manifolds, knot theory |
| Dr I. López Franco | Higher-dimensional category theory |
| Dr S. Martin | Representation theory of finite groups and finite-dimensional algebras |
| Dr E. Medova | Asset liability modelling and risk mamagement |
| Dr V. Neale | Additive Combinatorics |
| Dr J. Newton | Number Theory |
| Dr S.P. Norton | Group Theory |
| Dr J.P. Pridham | Algebraic Geometry |
| Dr G. Raina
| |
| Dr R. Ramsahai | |
| Dr A.F. Ritter | Symplectic Topology |
| Dr J.A. Ross | Algebraic Geometry |
| Dr P.A. Russell | Ramsey Theory |
| Dr W. Samotij | Combinatorics |
| Dr T. Sanders | Analysis and Combinatorics |
| Dr A. Sen | Coalescing particle system, random matrices and discrete Fourier analysis. |
| Dr M. Shen | Algebraic Geometry |
| Dr A. Sola | Complex analysis and probability theory |
| Dr A. Sorrentino | Hamiltonian Dynamics and Symplectic geometry |
| Dr P. Sousi | Probability |
| Dr J. Stoppa | Algebraic geometry, differential geometry |
| Prof. B. Sudakov | |
| Prof. Y.M. Suhov | Dynamical systems, statistical mechanics (classical and quantum), queueing networks, random processes and fields |
| Prof. Sir Peter Swinnerton-Dyer, FRS | Number Theory |
| Prof. J.G. Thompson, FRS | Group Theory |
| Dr T. Tokieda | Symplectic geometry, Hamiltonian systems, modelling in mechanics |
| Dr C. Vial | Algebraic Geometry |
| Dr S.J. Wadsley | Non-commutative algebra |
| Prof. P. Whittle, FRS | Neural nets, other stochastic Nets, optimal control, especially for stochastic dynamics |
| W. Woods | |
| Dr K-C. Wu | Analysis |
| Dr A. Zsak | Analysis |