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Explore lattice defects in quantum magnets and topological systems through this 43-minute conference talk by Itamar Kimchi. Delve into the fundamental role that structural imperfections and defects play in quantum magnetic materials and topological phases of matter. Learn how lattice defects can dramatically alter the electronic and magnetic properties of quantum systems, potentially creating new phases or modifying existing ones. Examine the theoretical frameworks used to understand defect physics in strongly correlated systems and discover how these imperfections can serve as probes for underlying quantum phenomena. Investigate the interplay between topology and disorder, including how defects can either preserve or break topological protection in quantum materials. Gain insights into cutting-edge research connecting defect physics to broader themes in quantum many-body systems, including their role in symmetry-protected topological states and exotic quantum phases. This presentation forms part of the International Centre for Theoretical Sciences program on "Generalised symmetries and anomalies in quantum phases of matter," providing advanced perspectives on how structural defects influence the rich physics of quantum magnetic and topological systems.
