A New Approach to Address Scrambling of Quantum Information Using Graph and Ergodic Theories

Attend this seminar to explore a novel approach to quantum information scrambling through the lens of graph and ergodic theories. Learn how Professor Uzy Smilansky from the Weizmann Institute of Science presents cutting-edge research that bridges quantum mechanics with mathematical frameworks from graph theory and ergodic systems. Discover new theoretical tools and methodologies for understanding how quantum information becomes scrambled in complex systems, with applications to quantum chaos and information theory. Gain insights into the mathematical foundations underlying quantum scrambling phenomena and explore how geometric spectral theory contributes to this emerging field of study.