Research interests

Since September 2018, I have been a Maître de Conférences at the University of Montpellier.

My current research focuses on theoretical biophysics, with an emphasis on the modeling of cellular and sub-cellular processes within the framework of non-equilibrium statistical physics and stochastic thermodynamics. Applications include molecular motors, bacterial motility, and other active biological systems.

Before moving into biophysics, I worked in high-energy theoretical physics, with a particular focus on the geometrical aspects of string theory and related topics in string phenomenology.

Latest news

• New preprint out now: How do clusters emerge at equilibrium in finite one-dimensional lattice gases? We provide an exact analysis with potential applications to self-assembling systems. Read here

• New preprint: Reconstructing the free-energy landscape of the bacterial flagellar motor directly from single-molecule traces using a new inverse approach. Read here

• Excited to share our new publication on how cooperativity shapes adsorption dynamics on a 1D substrate—with intriguing implications for understanding bacterial flagellar motor assembly. Check it out in Scientific Reports 15, 32109