Curriculum Vitae

About

Quantum Error Correction Engineer at Pasqal working on fault-tolerant quantum computing architectures for neutral-atom quantum computers.
My research focuses on quantum error correction and the design of practical fault-tolerant quantum computing systems.

Current Position

Quantum Error Correction Engineer - Pasqal, Massy (2024–present)
Design and simulations of physical gates, error correction circuits, and fault-tolerant quantum computing applications for neutral-atom quantum computers.
Management of interns and a PhD student (with Anthony Leverrier from INRIA on quantum LDPC codes and decoders).

Research Experience

PhD in Quantum Physics - QUANTIC team at INRIA, École Normale Supérieure Ulm & Alice & Bob, Paris (2020–2024)
Dissertation: "Analytical and numerical methods for optimizing quantum computing architectures based on stabilized bosonic qubits" supervised by Mazyar Mirrahimi, Pierre Rouchon, and Jérémie Guillaud.
Research on quantum error correction for bosonic codes, concatenated fault-tolerant quantum computing architectures, and numerical model reductions.

Master 2 Research Internship - QUANTIC team at INRIA, Paris (2020)
"Quantum operations on repetition cat qubits" under Mazyar Mirrahimi and Jérémie Guillaud.
Focused on lattice surgery, magic state preparation, and quantum teleportation for logical gates.

Research Internship - Atos & Argonne National Laboratory, Chicago (2019)
Tensor slicing algorithm on QAOA for running large-scale quantum circuits using Atos and IBM Python libraries.

Education

PhD, Quantum Physics - INRIA, École Normale Supérieure Ulm & Alice & Bob, Paris (2020–2024)

Master, Quantum Physics - ICFP, École Normale Supérieure Ulm, Paris (2019–2020)
Focus on quantum information, communication, and computing.

Engineering Degree - École polytechnique, Palaiseau (2016–2020)
Quantum Physics, Materials Science, Computer Science, Mechanics.