Nonequilibrium dynamics in quantum many-body systems offer a compelling framework for tackling some of the most profound and open questions in modern physics. These span across condensed matter and quantum statistical mechanics to quantum information science and engineered 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. This phenomenon, known as the ergodicity-breaking phase transition, challenges our understanding of how quantum systems evolve over time.
Adding to the complexity, many quantum systems display transient but long-lived metastable states that defy conventional expectations and host remarkable properties. Unraveling the mechanisms behind these behaviors remains a challenging task for both theoretical and experimental communities.
This event marks the 14th workshop in a continuing series devoted to nonequilibrium phenomena. Building on a tradition of dynamic interaction and exchange of ideas, the workshop will once again foster collaboration between theory and experiment in an engaging setting.
Core thematic areas include:
- Ultrafast dynamics in quantum materials and correlated systems (e.g. charge density wave, superconducting, and magnetic materials)
- Strongly nonequilibrium transitions between thermal and nonthermal phases, including metastable states
- Measures of ergodicity and thermalization in quantum many-body systems
- Quantum chaos and integrability in low-dimensional frameworks
The workshop will be held in a hybrid format. All talks will be broadcast via Zoom to accommodate remote participants. However, to support meaningful discussion and interaction, all speakers are expected to attend in person. Remote talks will be allowed only in exceptional cases.
