Topological materials science has created a new paradigm within which to classify and understand condensed states of matter. Topology arises in understanding molecular interactions, protected interface states in insulators, defects in solids, and edge states in low-dimensional systems. The discoveries of Weyl and Dirac materials and topological insulators have revealed the ubiquity of topology in solid state systems, but now the focus is on understanding more exotic states of matter. How do we engineer materials that harbor topological superconductivity? Can we tune topological spin textures by coupling to electronic or spin degrees of freedom? How are the excitations of a spin liquid generated, and can they be detected or manipulated? At the heart of these questions is understanding the interplay of symmetry, correlations and topology.

This series of workshops brings together experts on quantum materials from both sides of the pacific ocean. The first two EPiQS-TMS alliance workshops took place in Moorea and Kyoto. We anticipate a lively program with about 30 speakers, a poster session, and synergy with related programs occurring at the KITP. Topical themes will include topological superconductors, topological magnetism and spintronics, Weyl and Dirac materials, 2d materials, and non-equilibrium phenomena.

List of Speakers / Organizers: