Kevin Roux
EPFL SB IPHYS LQG
PH D3 304 (Bâtiment PH)
Station 3
CH-1015 Lausanne
Web site: Site web: https://lqg.epfl.ch/
Domaines de compétences
Interests :
- Quantum gases
- Quantum optics
- Mesoscopic physics and transport
- Strongly correlated fermionic systems
- Optics, Lasers and Ultra High Vacumm techniques
Biographie
Resume :
PhD candidate at EPFL in Physics, specialized in quantum gases and quantum optics
Diploma
- BSc in Physics at Institut d'Optique, (Palaiseau) 2014.
- MSc in Photonics and Optical Engineering at Institut d'optique, (Palaiseau) 2016
- MSc in Physics, specialized in quantump optics and mesoscopic physics at Université Paris Saclay, 2016
Experience :
- Bachelor thesis in the group of A. Browaeys at Insitut d'Optique, 2014
- Semester Project in the group of R. Hulet at Rice University, 2015
- Master thesis in the group of T. Esslinger at ETHZ, 2016
Travail en cours
I have designed and build a quatum gases apparatus during the last three years.
The project aim at coupling a gas of degenerate, strongly interacting Fermions to some specific modes of the electromagnetic field using a high finesse optical cavity and the so-called Purcell effect.
This new system will allow new non destructive way of probing the dynamics of the atomic ensemble via the detection of the light exiting the resonator. Moreover the interplay between the light field and the atoms could be used to engineer interaction between atoms and study new phase of matter.
The project aim at coupling a gas of degenerate, strongly interacting Fermions to some specific modes of the electromagnetic field using a high finesse optical cavity and the so-called Purcell effect.
This new system will allow new non destructive way of probing the dynamics of the atomic ensemble via the detection of the light exiting the resonator. Moreover the interplay between the light field and the atoms could be used to engineer interaction between atoms and study new phase of matter.