In this article, we propose a two-electron tomography protocol based on photo-assisted energy filtering, allowing to reconstruct the second-order coherence of a two-electron state. We then demonstrate that this protocol allows to probe electronic entanglement with a simple model of coherent electron collision in a quantum Hall conductor.
One-week summer school providing a comprehensive overview and in-depth exploration of fields such as fractional quantum Hall effect, electron quantum optics, Luttinger liquids theory, or anyons.
On this occasion, I presented a scientific poster about the work we did on two-electron photo-assisted tomography and collision-induced electronic entanglement.
Monthly informal seminar organized by the Quantum matter and systems team from Laboratoire de physique de l'ENS de Lyon.
For the september 2026 edition, I gave an overview of our group's work on two-electron photo-assisted tomography and collision-induced electronic entanglement.
One-week workshop on electron quantum optics and fermionic quantum information at University of Latvia in Riga, with Vjačeslavs Kaščejevs's research group.
During the week, topics such as two-electron photo-assisted tomography, electronic collision models and electronic flying qubits were discussed. On this occasion, I gave a research seminar about entanglement creation during the coherent collision of two electronic wavepackets in a quantum mesoscopic conductor.
International scientific conference in Barcelona on the recent breakthroughs in quantum materials, technologies, and their real-world applications (computing, energy, electronics, etc.).
During the conference, our group gave three talks about (i) accessing second-order electronic coherence experimentally through photo-assisted filtering, (ii) detecting electronic entanglement created during a coherent collision of two electronic wavepackets, and (iii) electronic flying qubits as a way to process quantum information through fermionic entanglement.
Plenary session of the quantum mesoscopic physics national workshop in Aussois.
During the event, our team presented a poster on the notion of entanglement in electron quantum optics, how to detect it via an entanglement witness, and how to measure it experimentally.
Short presentation of my scientific background on the website of EQUBITFLY project. It officializes the beginning of my contribution to the project with my PhD research work.
Interview made by the Communication department of École Centrale de Lyon, about my profile as a young researcher and engineer. It aims to present the double degree programme between École Centrale de Lyon and École Normale Supérieure de Lyon.