Quantum engineering with Rydberg atoms and photons

Quantum engineering with Rydberg atoms and photons

Since their discovery more than a century ago, excited Rydberg atoms have played a central role in the development of quantum theory and atomic physics. In recent years, the advent of cold gases has led to a revival of the physics of Rydberg atoms, making it possible to create, study, manipulate, and exploit extraordinary atomic states with unprecedented precision. The combination of extremely low temperatures, high densities, and strong atomic interactions has led to rich physical behaviors with promising applications in optical science and quantum information. In this talk, I will discuss various ideas for transforming laser-induced Rydberg atoms into a versatile platform for quantum information, quantum simulation, large-scale quantum entanglement, and the fabrication of quantum materials.