Cavity Control of Quantum Materials

Watch a 47-minute conference talk exploring the control of quantum many-body states in solid-state systems through classical laser pulses and cavity fields. Delve into recent experimental advances in inducing and enhancing correlated electron states, including superconducting, magnetic, and correlated insulating phases, as well as topological states of matter. Learn from Professor Daniele Fausti of FAU Erlangen-Nuremberg as he discusses the intersection of quantum optics and materials science, highlighting how quantum optical techniques and strong cavity fields offer new pathways for preparing, manipulating, and studying correlated electron phases. Part of a broader conference bringing together theoretical and experimental researchers to address promising directions in quantum materials control, coordinated by Martin Claassen, Michael Sentef, and Susanne Yelin at the Kavli Institute for Theoretical Physics.