Speakers & topics
Preliminary list of speakers
In alphabetic order
- Alain Aspect (LCFIO, Palaiseau)
- Andreas Buchleitner (University of Freiburg, Germany) Quantum signatures of many-body chaos
- Yvan Castin (LKB, Paris) Ergodicité quantique et applications/Quantum ergodicity and applications
- Nicolas Cherroret (LKB, Paris): Universal dynamic scaling across the BEC transition: impact of disorder and drive
- Jean Dalibard (LKB, Paris)
- Marcel Filoche (Institut Langevin, Paris) Looking for the Anderson mobility edge
- Jean Claude Garreau (Laboratoire PhLAM, Lille) Exploring disordered quantum systems with the kicked rotor
- Benoît Grémaud (CPT, Marseille) Fermions in flat bands: interplay between superfluidity and disorder
- David Guéry-Odelin (LCAR, Toulouse) Studies on quantum chaos in Toulouse
- Jean-Philippe Karr (LKB, Paris) A few applications of precision variational calculations in three-body systems, and how it all started
- Robin Kaiser (INPHYNI, Nice) With dipole-dipole interactions towards Anderson localisation of light in 3D
- Gabriel Lemarié (LPT Toulouse/CQT Singapore) 2D Anderson Localization belongs to KPZ Universality Class
- Christian Miniatura (INPHYNI, Nice) Dynamical Properties of the Quantum Kicked Rotor with Symmetric Random Phases
- Amaury Mouchet (University of Tours) Tunneling in chaotic systems
- Hélène Perrin (LPL, Villetaneuse)
- Romain Pierrat (Institut Langevin, Paris) Wave propagation in time and space dependent disordered media
- Klaus Richter (University of Regensburg, Germany): Controlling Many-body Quantum Chaos
- Krzysztof Sacha (Jagiellonian University, Cracow): From non-spreading wave-packets to time crystals
- Piotr Sierant (Barcelona Supercomputing Center, Spain) Magic Spreading in Quantum Many-Body Systems
- Patrizia Vignolo (INPHYNI, Nice) The quantum boomerang effect
- Pascal Viot (LPTMC, Paris)
- David Wilkowski (CQT Singapore): Structured light for super-resolved multi-traps for atoms
- Kuba Zakrzewski (Jagiellonian University, Cracow) Many-body localization - current perspective
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