Explore quantum many-body states of matter and their control through classical laser pulses in this 47-minute conference talk presented by Anshul Kogar from UCLA at the Kavli Institute for Theoretical Physics. Delve into time-resolved experiments on solid-state systems and discover how they induce or enhance various correlated electron states, including superconducting, magnetic, and correlated insulating phases, as well as topological states of matter. Learn about the intersection of quantum optical techniques and strong cavity fields with materials science, offering novel approaches to preparing, manipulating, and studying correlated electron phases. Part of a broader conference bringing together theoretical and experimental researchers from solid state and quantum optics backgrounds to discuss recent advances and future directions in the field.