Strongly correlated systems provide an excellent playground for investigating versatile emergent phenomena including various spin liquid phases, unconventional superconductivity, and topological quantum orders.  These phenomena arise from the strong correlations  between multiple degrees of freedom, such as electron charge, spin, and orbital  as well as ionic degrees of freedom.  We organize this two-week workshop and invite active researchers in condensed matter theory and quantum statistical physics from both Japan and abroad.  Our goal is to facilitate intensive and in-depth discussions on recent developments in these systems, including dynamical and non-equilibrium phenomena, and to gain new perspectives on the studies on correlated systems.  We will also focus on the application of machine learning and related data science techniques,  which are rapidly advancing in this field.  The workshop will include a two-day symposium featuring intensive sessions with both experimental and theoretical presentations,  fostering lively discussions among participants.

For more details and information on application, please visit the workshop’s home page from HERE.

Organizers:
Hirokazu Tsunetsugu (ISSP), Yukitoshi Motome (UTokyo), Cristian Batista (Univ. Tenessee)