Research:
My research area is model theory, in particular its applications to algebraic structures such as groups, rings, ... Currently, I am working on the classification of algebraic structures in finite-dimensional theories. Finite-dimensional theories are an extension of both o-minimal theories and theories of finite Lascar rank. introduced by Frank Wagner in 2020.
Another area of my research is the study of skew braces with model-theoretic assumptions such as stability and finite Morley rank. Skew braces are algebraic structures recently introduced to study solutions of the Yang-Baxter equation, fundamental in mathematical physics and statistical mechanics, with several applications in other areas of mathematics.
Pre-print:
Skew braces from a model theoretic point of view, j.w. with Maria Ferrara, Marco Trombetti, and Frank Olaf Wagner https://arxiv.org/abs/2508.17951.
Endogenies and linearisation in the non virtually connected case, https://arxiv.org/abs/2511.07058.
Lie rings in finite-dimensional theories, https://arxiv.org/abs/2511.06068.
Omega-categorical groups and rings of finite dimension, https://arxiv.org/abs/2511.07492.
Skew braces of finite Morley rank, j.w. with Maria Ferrara, Marco Trombetti, and Frank Olaf Wagner, https://hal.science/hal-05338486v1.
Almost cohomology theory of finite-dimensional Lie rings, in preparation.
Invited talks:
Advances in Group Theory and Applications, Naples, 24/06/2025, Skew braces of finite Morley rank.
French-Kasakh logic colloquium, Astana (on-line), 27/06/2025, Lie rings of finite dimension .
YRAC, Florence, 04/09/2025, Skew braces of finite Morley rank.
Conferences attended:
GeoMod final conference, Freiburg, 13-17/11/2023.
Model theory and applications to group theory and combinatorics, Marseille, 30/09/2024-04/10/2024.