About
Some words about me...
I am currently enrolled in the second year of the Fundamental Physics Master's program (Theoretical Physics track - ICFP) at ENS-PSL as part of my fourth year at the École Normale Supérieure Paris-Saclay. I previously completed the MVA Master's program (Mathematics, Vision, Learning) in 2025-2026, earned a first year Master's degree in Physics in 2025, and a Bachelor's degree in Fundamental Physics (with highest honors) in 2024.
My expertise lies at the intersection of physics, mathematics, and artificial intelligence. From April to August 2026, I developed agentic and diffusion methods for time series analysis during an R&D internship at Air Liquide. In 2025, I completed a research internship at the LMGN Laboratory at EPFL (Lausanne), focusing on the numerical simulation of interactions between superconductors and metals at the nanoscale. This work led to the co-publication of my first article (Phys. Rev. Res.). Earlier, in 2024, I carried out a research internship at the CEA, where I explored condensed matter physics, and more specifically, the physics of dislocations.
During the 2023-2024 academic year, I also worked as a mathematics oral examiner ("colleur") for the MPSI track at the Lycée Sainte-Geneviève in Versailles.
Timeline
Entry at the conservatoire, beginning of 10 years of violin (2010). Trumpet course (2015) and creation of a high school band. Entry in the scouting movement (sizenier, CP and routier).
French high-school diploma with Mathematics Science specialties with expert Mathematics option (with highest honors).
Start of a prestigious intensive foundation degree at the "Sainte-Geneviève" high-school (MPSI-MP*).
Entry in the Department of Physics at the École normale supérieure Paris-Saclay, in the Paris-Saclay University. I graduated with a Bachelor's degree in Fundamental Physics (with highest honors).
I am giving math oral exams ("colles") in the "Sainte-Geneviève" high-school in Versailles, France.
Research internship at the CEA in condensed matter physics. I participated in the study of a dynamic model of dislocation propagation in elastically anisotropic crystals.
Frist year of a Master's degree in Fundamental Physics at the ENS Paris-Saclay.
Four-month research internship at the LMGN Laboratory, EPFL (Lausanne), on superconductivity. I studied, through numerical simulations using COMSOL, the interaction between type-II superconductors and normal metals at the nanoscale under dynamic conditions. Co-published my first article "Vortex refraction and enhanced vortex velocities at tilted superconductor-normal metal interfaces" in Physical Review Research.
Master's degree MVA at the ENS Paris-Saclay.
R&D Internship at Air Liquide. Developed diffusion models and generative architectures for time series analysis and prescriptive maintenance.
Started the 2nd year of the ICFP Master's program (Fundamental Physics - Theoretical Physics track) at the École Normale Supérieure (PSL).
Skills
Artificial Intelligence
Machine Learning Deep Learning Generative ModelsDevelopment
Pytorch Python C++Markup language
Html/CSS LaTexSoft skills
Rigor Adaptability Autonomy Mutual aid
Portfolio
Fluid simulation using Lattice Boltzmann method
C++ (display with Python)
2024
Fluid simulation using Lattice Boltzmann method
C++ (display with Python)
2024
Anamorphic interactive map that can represent and distord all kinds of network (here the french tgv network) according to the time needed to reach each point from an origin.
Made as part of my TIPE (school project) with Pierre Sara and Ye Yi.
Made in Python
2023
Anamorphic interactive map that can represent and distord all kinds of network (here the french tgv network) according to the time needed to reach each point from an origin.
Made as part of my TIPE (school project) with Pierre Sara and Ye Yi.
Made in Python
2023
Mental arithmetic training app
Made in swift
2020
Rubik's Cube simulator
C++ and OpenGL
2021
Game of Life
C++ and OpenGL
2021