Strongly Correlated Matter Present and Future

The workshop will bring together young group leaders in theoretical and experimental quantum condensed matter physics to discuss new ideas and emerging directions in the field. Among the topics that would be covered: novel topological phases of matter, both in engineered systems and in new materials; strongly correlated electron systems and quantum criticality; thermalization and localization in out-of-equilibrium quantum systems; novel quantum phases and their realizations in new experimental platforms; advances in theoretical techniques; and new experimental probes for novel quantum phases.

 

Topics Include:

  • Novel topological phases of matter, both in engineered systems and in new materials
  • Strongly correlated electron systems and quantum criticality
  • Thermalization and localization in out-of-equilibrium quantum systems
  • Novel quantum phases and their realizations in new experimental platforms
  • Advances in theoretical techniques; and new experimental probes for novel quantum phases.

We plan an informal atmosphere, with typically 2-3 talks each day, leaving ample of time for discussions and plenty of time for both independent work and collaboration.

Participation is by invitation only.

 

Organizers

Erez Berg
Weizmann Institute of Science

Yuval Oreg
Weizmann Institute of Science

Ady Stern
Weizmann Institute of Science

Sponsors

Schwartz/Riseman Institute for Theoretical Physics