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Explore the intricate dynamics of Floquet systems featuring duality defects in this 55-minute conference talk delivered by A. Mitra from New York University as part of NCCR SwissMAP's program on effective theories for many-body systems out of equilibrium. Delve into the theoretical framework governing periodically driven quantum systems and examine how duality defects influence their temporal evolution and stability properties. Investigate the mathematical foundations underlying Floquet theory and discover how these specialized defects create unique dynamical behaviors in many-body quantum systems operating far from thermal equilibrium. Gain insights into cutting-edge research methodologies for analyzing complex quantum phenomena and understand the implications of these findings for broader applications in quantum physics and condensed matter theory.
