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Explore quantum scarring phenomena in many-body quantum systems through this 49-minute conference talk delivered at ICTP-SAIFR as part of the Program on Quantum Many-Body Dynamics: Thermalization and its Violations. Delve into the fascinating world of quantum scarring, a phenomenon where certain quantum states exhibit enhanced probability density along classical periodic orbits, extending this concept from single-particle systems to complex many-body quantum systems. Learn how quantum scarring manifests in interacting quantum systems and its implications for thermalization violations, gaining insights into one of the most intriguing aspects of quantum many-body dynamics. Discover the theoretical foundations and experimental observations of quantum scarring effects, understanding how these phenomena challenge our conventional understanding of quantum thermalization and ergodicity in many-body systems. Examine the connections between classical chaos and quantum behavior in complex systems, and understand how quantum scarring provides a window into the rich physics of non-ergodic behavior in quantum many-body systems.
