About
Pascal Millet serves as an Associate Professor (Maître de conférences) at Sorbonne Paris North University, where he conducts research through the Laboratory of Analysis, Geometry and Applications (LAGA), a CNRS-affiliated research unit (UMR 7539) specializing in pure and applied mathematics. His institutional base is firmly rooted in the French academic system with permanent faculty status.
His research program centers on Mathematical General Relativity and Hyperbolic PDEs on curved spacetimes, with significant contributions to the Teukolsky equation framework for black hole perturbations. Millet's methodology integrates Microlocal analysis and Spectral theory to address fundamental problems in wave propagation near event horizons, while his 2020 interdisciplinary work demonstrates applied capabilities in mathematical biology through adipocyte dynamics modeling.
Analysis of his 2020-2024 publications reveals a dominant focus (75%) on mathematical relativity, particularly Kerr and De Sitter-Kerr black hole geometries. The 2023 preprint represents a major theoretical advance in establishing optimal decay rates for Teukolsky solutions across the full subextremal parameter range. His work consistently appears in high-impact mathematics journals including Reviews in Mathematical Physics and Journal of Hyperbolic Differential Equations, reflecting strong disciplinary recognition.
Millet operates within the Laboratory of Analysis, Geometry and Applications, which provides institutional support through CNRS funding and collaborative frameworks. The lab's structure facilitates both theoretical mathematics research and cross-disciplinary projects, as evidenced by his collaboration with INRIA researchers on biological modeling. His current research trajectory shows deepening specialization in black hole physics while maintaining capacity for interdisciplinary applications.
