Quantum Thermalization: Emerging Paradigms and open challenges in Nonequilibrium Physics

Quantum Thermalization: Emerging Paradigms and Open Challenges in Nonequilibrium Physics

Topics

• Thermalization in closed quantum systems

• Quantum simulation of nonequilibrium dynamics with ultracold atoms

• Anomalous transport

• Nonequilibrium dynamics in lattice gauge theories

• Constrained dynamics

• Many-body localization

• Dynamics on Quantum Circuits

Confirmed Invited Speaker

• Alexander Altland, University of Cologne
• Jeanne Colbois, Institut Néel, CNRS
• Sarang Gopalakrishnan, Princeton University
• Miroslav Hopjan, Wrocław University of Science and Technology
• Cheryne Jonay, University of Ljubljana
• Marko Ljubotina, Technical University of Munich
• Sara Murciano, French National Centre for Scientific Research and Université Paris-Saclay
• Marcos Rigol, The Pennsylvania State University
• Uli Schneider, University of Cambridge
• Robin Steinigeweg, Osnabrück University
• Federica Maria Surace, Trinity College Dublin
• Lev Vidmar, Jožef Stefan Institute and University of Ljubljana
• Lenart Zadnik, University of Ljubljana

Organizers

• Fabian Heidrich-Meisner, Universität Göttingen
• Frank Pollmann, Technical University of Munich

Contact

• Fabian Heidrich-Meisner: fabian.heidrich-meisner@uni-goettingen.de
• Anke Oude-Aost: anke.oude-aost@theorie.physik.uni-goettingen.de

This Event is organized by DFG Research Unit FOR 5522.