My domains of research are singularity theory and algebraic geometry.
Lipschitz saturation of toric singularities in any dimension.
F. Bernard, E. Chávez-Martínez, A.E. Giles Flores, 2026 [arXiv]
Formal splitting and stack-theoretic normal crossings desingularisation.
A. Belotto da Silva, F. Bernard, E. Bierstone, 2026 [arXiv]
Seminormal toric varieties.
F. Bernard, A. Boivin, 2026 [arXiv], To appear in Journal of Pure and Applied Algebra
Relative Lipschitz saturation of complex algebraic varieties.
F. Bernard, 2025 [arXiv][AG], Advances in Geometry.
A notion of seminormalization for real algebraic varieties.
F. Bernard, 2024 [arXiv][JLMS], Journal of the London Mathematical Society.
Algebraic characterizations of homeomorphisms between algebraic varieties.
F. Bernard, G. Fichou, J.-P. Monnier, R. Quarez, 2024 [arXiv][MZ], Mathematische Zeitschrift.
Seminormalization and regulous functions on complex algebraic varieties.
F. Bernard, 2025 [arXiv][AIF], Annales de l'Institut Fourier.
PhD Thesis : Seminormalisation et fonctions régulues, University of Angers (21/11/22)
Master Thesis : Fonctions régulues, University of Rennes I (29/06/19)
I have made this website, that I find very useful, using ChatGPT 5.6 : 2D-Semigroup-Visualizer and Lipschitz saturation
It allows one to visualize 2D-semigroups from a finite set of generators. One can also compute the Lipschitz saturation of the semigroup.
Be careful thought : I have asked the IA to read my paper on Lipschitz saturation of toric singularities to compute this, it worked on every examples I gave (even for some which don't exist in litterature) however, I have no idea how it coded it.