Research

Variational Quantum Computing

I quantumly simulate classical field equations arising in thermodynamics and mechanics -and, eventually, thermo–hydro–mechanical coupling.

Quantum remeshing and efficient encoding for fracture mechanics - 2023

Article with Kyryl Kazymyrenko, Jean Ruel, Pierre-Emmanuel Emeriau, Joseph Mikael and Liam Lysaght.

Solving the 3D Heat Equation with VQA via Remeshing-Based Warm Starts - 2025

Article with Samuel Donachie, Kyryl Kazymyrenko, and Arthur Mathorel.

VQS for the Screened 2D Heat Equation - 2024

Internal Report with Arthur Mathorel and Kyryl Kazymyrenko.

Neutral Atom Renewable Energy Forecasting - 2023

I won the Blaise Pascal [Re]generative Quantum Challenge thanks to Naomi Chmielewski and Léo Monbroussou. See also this press release.

Quantum Walks

I have researched various ways to harness Quantum Walks to simulate Partial Differential Equations.

Simulation of Curved Spacetimes using gravitons and hybrid quantum walks - 2019

Internship with Pablo Arrighi, Amélia Durbec and Giuseppe Di Molfetta

Minimal Quantum Walks for Dirac Fermions in Curved Spacetime - 2022

Internship with Fabrice Debbasch

Spin gauge invariance of the Dirac equation and minimal quantum walk simulation - 2026

Thesis work with Fabrice Debbasch - to be published

Quantum Causality

I'm focusing on models of computating taking into account the fact that gates can be applied in a quantum superposition of causal orders, as textbook quantum circuits fail to encompass precisely and concisely what can be done.

Addressable Quantum Gates - 2021

Internship with Pablo Arrighi, Marin Costes, Christopher Cedzich & Benoît Valiron

Verification

I also enjoy working in the field of formal verification.

Verification of Dynamic Parametrized Transition Systems- 2020

Internship with Valeriy Vyatkin, Sandeep Patil and Dmitrii Drozdov


Address

France