Non-equilibrium statistical physics: mathematical and physical advances
A satellite meeting of StatPhys29
Please register here by April 30, 2025
Aims and Scopes
Research on non-equilibrium statistical physics has been developing rapidly and today represents a theme of growing interest worldwide. Fundamental ideas, methods and techniques have gradually made their way from statistical physics into probability theory and mathematical physics, where they lead to new problems and new solutions. This crossroad has developed into a very active research area over the past 10 years. In the proposed workshop the focus is on common concepts and tools and on the surprising new connections that have become available recently. Key topics that will be addressed are:
(1) Non-equilibrium steady states of classical, quantum, and stochastic systems
(2) KPZ universality
(3) integrable quantum dynamics
(4) hydrodynamic limit and large deviations
(5) anomalous transport.
The satellite meeting aims at gathering major experts in these fields, with the goal of exchanging ideas and setting the stage for further progresses.
Period: 21 July - 25 July 2025
Invited Speakers
Guillaume Barraquand (Ecole Normale Superieure)
Cedric Bernardin (HSE University)
Thierry Bodineau (Institut des Hautes Études Scientifiques)
Bernard Derrida (Collège de France, Chaire de Physique Statistique)
Benjamin Doyon (King’s College London)
Jan de Gier (University of Melbourne)
Tamara Grava (SISSA & University of Bristol)
Alice Guionnet (ENS, Lyon)
Jorge Kurchan (École Normale Supérieure, Paris)
Gianni Jona Lasinio (Università La Sapienza), to be confirmed
Stefano Lepri (ISC, CNR, Florence)
Tanniemola Liverpool (University of Bristol)
Kirone Mallick (IPT, CEA Saclay)
Alessandra Ocelli (Université d'Angers)
Stefano Olla (GSSI L'Aquila & Dauphine Paris)
Balasz Pozsgay (ELTE Budapest)
Tomas Prosen (University of Ljubljana)
Frank Redig (Delft University)
Gunther Schütz (IST, Lisbon)
Marielle Simon (Université Lyon 1)
Herbert Spohn (TUM, Munich)
Lu Xu (GSSI, L'Aquila)
Nikos Zygouras (Warwick University).
A PDF version of the program will be available here.