Tom Claeys

Tom Claeys is a Professor of Mathematics at UCLouvain (Université catholique de Louvain), Belgium, where he works in the GPP research group (Geometry, Physics, and Probability) within the Institute for Research in Mathematics and Physics.

His research focuses on Random Matrix Theory, Integrable Systems, and Mathematical Physics. Dr. Claeys employs advanced techniques in asymptotic analysis, Riemann-Hilbert problems, and Painlevé equations to investigate critical phenomena in random matrices, universality properties, and connections to other areas of mathematics and physics. His work spans theoretical developments and applications to physical phenomena described by integrable partial differential equations.

Analysis of his recent publications reveals a strong focus on biorthogonal ensembles, determinantal point processes, and connections between random matrix theory and integrable partial differential equations like the Korteweg-de Vries equation and KPZ equation. His work demonstrates deep connections between probability theory, mathematical physics, and asymptotic analysis, with particular attention to critical phenomena and universality across different mathematical structures.

Scientific recognition includes:

• ERC Starting Grant CRaMIS
• EOS Programme PRIMA

Dr. Claeys has supervised several PhD students to completion and has hosted numerous postdoctoral researchers. His research group actively investigates connections between random matrices, integrable systems, and asymptotic analysis. Current research directions include the study of critical phenomena in random matrix ensembles and their applications to mathematical physics, with particular emphasis on the behavior at phase transitions and the emergence of universal patterns.