Quantum Matter in Mathematics and Physics
Additional points of study and discussion will include:
- Topological gapped phases of matter and quantum anomalies: Bulk physics of Symmetry-Protected Topological state (SPTs), Symmetry-Enriched Topological Ordered state (SETs), and fractal or fractonic matter, with particular emphasis on higher-symmetries,sub-dimensional or subsystem symmetries, entanglement structures, and their boundary phenomena and dynamical constraints.
- Critical phenomena, gapless phases, and phase transitions: Emergent or approximate conformal field theories, interactions effects to Fermi surfaces, Weyl semimetal, high-temperature superconductor such as cuprate, and strange metal, or twisted bilayer graphenes.
- Non-perturbative effects in condensed matter and gauge theories: Applications to fractional quantum Hall states, quantum spin liquids and exotic lattice models, strong/weak interactions and beyond Standard Model physics.
On December 2-4, 2019 the CMSA will be hosting a workshop on Quantum Matter as part of our program on Quantum Matter in Mathematics and Physics.
Here is a partial list of the mathematicians and physicists who have indicated that they will attend part or all of this special program as a visitor