Photonic and Microsoft Team Up to Advance Quantum Resource Estimation

โดย GlobeNewswire·US·Read original
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Photonic Inc. and Microsoft are collaborating to advance quantum resource estimation for future large-scale quantum computing systems, the companies announced in a joint press release. The effort builds on their existing strategic partnership, combining Photonic's expertise in next generation error correction codes and distributed quantum computing with Microsoft's Quantum Resource Estimation framework. The companies are exploring how architectural choices, networking requirements between quantum systems, and emerging error-correction approaches influence the resources required to run quantum algorithms at scale, including qubit counts, run time, and overall system overhead. Photonic's Quantum Low-Density Parity Check error-correction code family SHYPS is cited as an important advance in reducing the overhead required to operate large-scale quantum computers by helping systems do more with fewer physical qubits. Paul Terry, Chief Engineering Officer at Photonic, said the partnership has co-innovation at its core and aims to give the industry a clearer picture of what it will take to run practical applications on tomorrow's quantum hardware, while Matthias Troyer, Technical Fellow and CVP at Microsoft Quantum, said the work will explore how distributed architectures and error-correction advances influence future scalability and performance. In advance of the release of these capabilities on the Microsoft Quantum Resource Estimator, Photonic is inviting organizations to sign up for updates on the infrastructure, resources, and architectural considerations required to realize value from quantum computing at scale.

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