Diagnosing Electronic Phases of Matter Using Photonic Correlation Functions

Explore a 43-minute conference talk from the Kavli Institute for Theoretical Physics where Andrey Grankin from the University of Maryland discusses how photonic correlation functions can be used to diagnose electronic phases of matter. Delve into the intersection of quantum optics and solid-state physics, examining how short strong classical laser pulses can control quantum many-body states in solid-state systems. Learn about recent experimental advances in inducing and enhancing various correlated electron states, including superconducting, magnetic, and correlated insulating phases, as well as topological states of matter. Understand how quantum optical techniques and strong cavity fields offer new approaches to preparing, manipulating, and investigating correlated electron phases. Part of a broader conference bringing together theoretical and experimental researchers from solid state and quantum optics backgrounds to explore these emerging directions in quantum materials research.