Manipulating correlations in the quantum Hall effect with cavities | Jerome Faist (ETH Zurich)

The control of quantum many-body states of matter in solid-state systems with short strong classical laser pulses has seen a surge in the past decade. Time-resolved experiments on solid-state systems have made rapid strides in inducing or enhancing correlated states of electrons, ranging from superconducting, magnetic, and correlated insulating phases to topological states of matter. The goal of this conference is to bring together leading researchers from different backgrounds – theory and experiment, solid state, and quantum optics – to review recent advances and to address promising new directions including the extensions of quantum optical techniques and strong cavity fields to the materials realm, providing a different route to the preparation, manipulation, and interrogation of correlated electron phases. Coordinators: Martin Claassen, Michael Sentef, and Susanne Yelin More information: https://www.kitp.ucsb.edu/activities/... Recordings and slide decks: https://online.kitp.ucsb.edu/online/q... __________________________________ Learn more at: https://www.kitp.ucsb.edu Follow @KITP_UCSB for updates:   / kitp_ucsb   __________________________________ The position of the KITP is that ownership and copyright of all online material -- slides, text, audio, video, and podcasts -- belongs to the author. KITP is providing dissemination for these materials but does not claim ownership. Any person citing these materials for scholarly purposes should provide an appropriate scholarly reference.