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Join a detailed seminar presentation exploring the cutting-edge developments in neutral atom arrays for quantum computing applications. Discover how highly excited Rydberg states create extreme atomic physics properties that are revolutionizing quantum applications. Learn about the latest progress in gate model quantum computing using atom arrays, featuring a scalable architecture that combines stationary atoms with rapid scanning of focused control beams. Explore advanced concepts including fast mid-circuit measurements, quantum error correction, and the implementation of non-local qLDPC codes through long-range Rydberg interactions. Examine how the integration of atom arrays with photon collection optics enables distributed quantum processing and longer-distance quantum interfaces. Benefit from the expertise of Mark Saffman, Johannes Rydberg Professor of Physics at the University of Wisconsin-Madison, whose groundbreaking work includes the first demonstration of a quantum CNOT gate for deterministic entanglement of neutral atom pairs.
