Quantum Coherence
The Quantum Coherence team deals with many aspects related to interference, entanglement and nonlinearity effects in complex quantum systems. It studies in particular the effects of classical and quantum chaos, waves in complex environments, information and quantum computation. It has also developed expertise in the study of complex networks, large databases and signal processing.
See also the Quantware website.
The research topics of our group are:
- Classical and quantum chaos
- Disordered quantum systems, localization, quantum multifractals
- Quantum information and computation, entanglement
- Random matrix theory
- Quantum simulation with cold atoms
- Physics of complex networks
Membres de l'équipe
- BRUEL MathildePhD student
- FRAHM KlausPermanent member
- GEORGEOT BertrandPermanent member
- GULATI AabhasPhD student
- HEBRAUD JulienPhD student
- HU MiaoPhD student
- IZEM NoamPhD student
- LEMARIÉ GabrielPermanent member
- MCSHANE KieranPhD student
- NECHITA IonPermanent member
- PARK Sang-JunPostdoc
- SHEPELYANSKY DimaPermanent member
