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Sandia National Laboratories has unveiled QUOPS, a new benchmark designed to evaluate practical quantum computing capabilities beyond simple qubit counts or gate fidelity. This standardized metric aims to objectively compare different architectures and track progress toward fault-tolerant systems by measuring the largest executable circuits and effective operation speeds. Meanwhile, French startup Quobly confirmed that silicon-based quantum processors can be fabricated using standard commercial semiconductor processes, marking a significant step toward scalable manufacturing.
Surse care acoperăQubits.cz, techradar.com, Quantum Zeitgeist, Fortune
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Přinášíme vám týdenní přehled ze světa kvantových počítačů, softwaru, algoritmů, sítí, kryptografie a technologií, včetně kvantového byznysu a...

We bring you a weekly overview of the world of quantum computers, software, algorithms, networks, cryptography, and technologies, including the quantum business and investments. Sandia National Laboratories has introduced a new benchmark called QUOPS (Quantum Universal Operations Performance System), designed to enable comparisons of quantum computer performance across different architectures, technologies, and levels of error correction. Unlike commonly used metrics such as qubit count or gate fidelity, QUOPS measures how large and how fast practical quantum computations a system is actually capable of performing. The benchmark runs standardized random tasks, determines the processor's capability limits, and reports two main metrics: Q, representing the largest size of successfully executed quantum circuit, and Ω, representing the effective…

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