Rydberg quantum simulator with neutral cesium atoms

POSTER

Abstract

The complex behavior of quantum many-body physics unveils insights into information propagation and the susceptibility of these systems to external perturbations, defects and noise. To explore these questions, we are developing a Rydberg quantum simulator with neutral cesium atoms, demonstrating tunable interactions and flexible geometries. We present our latest experimental efforts on probing the trade-off between the complexity and the robustness of a quantum many body system.

*We gratefully acknowledge funding from the Air Force Office of Scientific Research under award FA9550-20-1-0123.

Presenters

  • Hoang Van Do

    • University of Oklhaoma
    • University of Oklahoma

Authors

  • Hoang Van Do

    • University of Oklhaoma
    • University of Oklahoma

  • Alec Gaddie

    • University of Oklahoma

  • Anuraj Laha

    • University of Oklahoma

  • Hanbp Yang

    • University of Oklahoma

  • Grant W Biedermann

    • Oklahoma Univ
    • University of Oklahoma