My research background:

I did my thesis at the Laboratoire Kastler Brossel in quantum optics, studying the coupling between Cesium atoms and a laser in an optical cavity, to modify the quantum properties of the laser and the atoms. I did a post-doc at Harvard, where I built an experiment producing an intense jet of ultracold Rubidium atoms. I was recruited to the Laboratoire de Physique des Lasers to build an experiment producing chromium quantum gases: the Bose-Einstein condensate and the Fermi sea. Chromium atoms have a large magnetic moment, which enables them to interact at a distance, with magnetic dipolar interactions. My current research focuses on the study of chromium atoms trapped in optical lattices: we aim to measure the spin-related quantum properties of these atoms.

Courses taught:

• Physique Quantique 1 : Équation de Schrödinger
• Physique Quantique 2 : Oscillateur Harmonique – Moments cinétiques
• Physique pour les Technologies Quantiques 3 : Technologies quantiques et Applications
• Physique pour les Technologies Quantiques 4 : Physique Atomique et Moléculaire

Research themes:

• Dipolar quantum gases
• Entanglement and quantum thermalization of coupled-spin systems