Internship and thesis proposals
Artificial black holes in exciton-polariton fluids of light.

Domaines
Quantum optics/Atomic physics/Laser
Condensed matter
Relativity/Astrophysics/Cosmology
Quantum optics
Non-linear optics
Quantum gases

Type of internship
Expérimental
Description
Photons are great carriers of information but they usually don’t interact with one another. Atoms interact but are hard to manipulate and do not benefit from the toolbox of quantum optics for detecting quantum fluctuations and entanglement. Our approach to marry these two systems for quantum simulation is to use exciton-polaritons in semi-conductor microcavity. Our team is using this platform to simulate astrophyics effects near artificial black holes with light.
Contact
Quentin Glorieux
Laboratory : LKB - 8552
Team : Quantum Fluids of Light
Team Website
/ Thesis :    Funding :