One of the most successful modern approaches to interacting quantum systems is through the concept of quantum information. The school will cover mainly topics in quantum information applied to condensed matter many-body physics (tensor networks, random circuits, topological excitations, quantum simulators, transport, effect of chaos and decoherence), as well as their relations to high energy physics/holography. The theoretical perspective is centered on integrability and exact solvability in a broader sense.
This session is organized by: Stephane OUVRY, LPTMS, Université Paris Saclay, Faculté des Sciences d'Orsay Tomaž PROSEN , Faculty of Mathematics and Physics, University of Ljubljana Didina SERBAN, Institut de Physique Théorique, CEA Saclay Masahito YAMAZAKI, Kavli Institute for the Physics and Mathematics of the Universe, University of Tokyo
More information can be found on the session's website.
The online application form is available here.
The cost of full-board accommodation for the whole stay will not exceed 2,100€.
Depending on the grants obtained in the coming months, financial assistance may be awarded to selected participants.
Financial assistance may be requested while applying.
Published on September 19, 2024
Updated on January 15, 2025
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