Tag: Diraq

Quantum Computing Weekly Round-Up: Week Ending June 27, 2026

This quantum computing weekly round-up captures a week where talk turned into mandates, pilots flipped to live deployments, and error rates started dropping in ways that actually move the needle. Governments issued hard timelines, photonic systems got cozy with the NVIDIA infrastructure the industry already runs, and two different teams delivered error-correction advances that make near-term fault tolerance feel less like a slogan and more like a plan. If you blinked, the gap between “someday” and “shipping” just narrowed again.

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June 26, 2026
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Diraq Integrates NVIDIA Grace Hopper and NVQLink to Advance Utility-Scale Silicon Quantum Computing

Diraq has integrated its silicon spin qubit processors with the NVIDIA GH200 Grace Hopper Superchip through NVQLink, achieving round-trip latencies of approximately 3.3 microseconds. This hybrid quantum-classical platform supports real-time classical feedback and closed-loop control essential for scaling quantum systems. NVIDIA’s Ising models running on the GH200 now automate charge stability map analysis, reducing expert calibration from a full year of manual effort to days of model training. The architecture enables adaptive experiments and aligns Diraq’s compact semiconductor quantum processors with standard AI and HPC data center infrastructure for hybrid deployments.

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June 22, 2026

Quantum Computing Weekly Round-Up: Week Ending June 13, 2026​​

This week’s quantum computing developments delivered the first widely usable scorecard for logical qubit claims, multiple production hardware deployments across Europe, and the initial concrete steps toward Bitcoin quantum resistance. Distributed architectures showed new resilience, while cost and overhead barriers continued to fall. The pace of verifiable, shippable progress outstripped pure research announcements.

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June 14, 2026

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