Gate model quantum computing with atom arrays

The talk will present progress on gate model quantum computing with atom arrays. Large two-dimensional arrays provide a scalable architecture based on stationary atoms and rapid scanning of focused control beams. Long range interactions and entanglement are mediated by Rydberg interactions which provide a viable approach for implementing non-local qLDPC codes. Approaches to realizing mid-circuit measurements and quantum error correction based on either hyperfine shelving of single species Cs atom arrays or dual species Cs and Rb atom arrays will be presented. Integration of atom arrays with photon collection optics provides a path towards distributed quantum processing.