About
I am a second-year engineering student at Télécom Paris, specializing in the ACCQ track (Applied Algebra: Cryptography, Coding Theory, Quantum Information).
During the summer of 2025, I was a research intern in the Cryptology Group at CWI (Centrum Wiskunde & Informatica) in Amsterdam, supervised by Ludo Pulles and Léo Ducas. I worked on cryptanalysis of lattice-based cryptography, specifically on Sparse LWE. My contributions included the implementation of cuBLASter (a GPU-accelerated lattice reduction tool) and the development of a GPU Batched Babai Nearest Plane algorithm.
My research interests lie in lattice-based cryptography and cryptanalysis, computational algebra, and the geometry of numbers. I also have broader interests in SMT solving, HPC, low-level programming, and formal proofs (Coq, Lean).
Publications & Preprints
Talks
Accelerating the Primal Hybrid Attack against Sparse LWE using GPUs
CWI Cryptology Group, Amsterdam — Slides
Computing the Mertens Function
Bachelor's thesis defense, Université Paris Cité — Slides
Projects
Bachelor's Thesis: Computing the Mertens Function
Université Paris Cité, supervised by Cathy Swaenepoel. Computation of the Mertens function M(x) = Σ μ(n), with a focus on optimization and efficient C implementation.
Education
Télécom Paris
Engineering degree — ACCQ track (Applied Algebra: Cryptography, Coding Theory, Quantum Information)
Université Paris Cité
Double Bachelor's degree in Mathematics and Computer Science, graduated with distinction
Teaching
Tutor, Université Paris Cité
Tutoring L1/L2 students in the Mathematics & Computer Science double degree program