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Explore cutting-edge developments in theoretical physics through this comprehensive program featuring lectures and talks on anomalies, topology, and quantum information in field theory and condensed matter physics. Delve into advanced topics including symmetry-enforced entanglement from projective non-invertible symmetries, quantum geometric effects in semiconductors and superconductors, and topological quantum field theory as error-correcting codes. Examine the hidden symmetries of Yang-Mills theory, fracton-like behavior in classical spin-orbital models, and entanglement entropy in conformal field theory with non-invertible symmetries. Learn about the generalized Landau paradigm through multi-part lecture series, discover how topology reveals hidden information in phases of matter, and understand non-invertible symmetries and dualities from fundamental principles. Investigate higher Berry phases in quantum many-body systems, modular invariance and selection rules for renormalization group flows, and Krylov complexity from circuit complexity perspectives. Study strongly disordered and amorphous systems beyond translational symmetry, powerful methods for evaluating mass gaps in free-particle quantum systems, and the applications of many-body quantum mechanics to circuit design. Explore entanglement as a topological marker in confined superfluid chains, bridging techniques between lattice and continuum theories, and the relationship between symmetries, algebras, and entropy in quantum field theory.
