Nonequilibrium dynamics of quantum many-body physics represents a platform to address some of the most intriguing open questions in various fields of physics ranging from condensed matter and quantum statistical physics, to quantum information and synthetic quantum devices. One of the central questions is the emergence of a phase transition between a phase of matter that thermalises after being driven far from equilibrium, and a phase of matter that does not thermalise. Such type of a phase transition is commonly referred to as the ergodicity breaking phase transition. On the other hand, in many cases quantum systems exhibit transient but long-lived nonequilibrium steady states, which sometimes host very unusual properties. Understanding of such dynamics presents a challenge to experimentalists and theory alike. This workshop continues the tradition with the 11th focused workshop on nonequilibrium phenomena. The aim is to bring together experiment and theory in an informal setting that has been extremely stimulating on previous occasions. The workshop intends to bring together scientists working in the field of:
- Measures of ergodicity in quantum many-body systems
- Chaotic versus integrable quantum dynamics in low-dimensional systems
- Ultrafast dynamics in correlated solid-state systems such as charge density wave, superconducting and magnetic systems
- Ultrafast strongly nonequilibrium transition dynamics between thermal and nonthermal state.
The conference will take place in a hybrid format. Remote participation will also be provided via the Zoom platform. Remote presentations will be broadcasted live to the audience physically attending the meeting and vice versa. However, the plan is that most speakers attend the workshop in person.