Our approach centers on neutral atom quantum computing, a platform that enables large qubit arrays and high-fidelity gate operations. By accelerating gate fidelity and scaling to larger qubit systems, we are developing a robust framework for error correction, ensuring reliability and scalability for diverse quantum applications.

Gate Fidelity Improvement: Our advancements in gate fidelity bring us closer to a reliable error-corrected system, with a fidelity of F=0.9977 across a 1,600-site qubit array.

Error Correction Platform: With dual-species atomic arrays and low-crosstalk measurements, our error correction architecture supports fast, precise operations essential for long-term quantum program stability.