Review maps AI and quantum approaches to adaptive combinatorial optimization
A review of 119 papers proposes a clearer evidence hierarchy for hybrid AI and quantum optimization, while finding that practical quantum advantage remains unproven.
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Important signals from research, hardware, software and the global quantum ecosystem. Short editorial notes take you to the original publication.
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A review of 119 papers proposes a clearer evidence hierarchy for hybrid AI and quantum optimization, while finding that practical quantum advantage remains unproven.
Researchers demonstrated simultaneous single-qubit operations across a five-qubit silicon array using a shared microwave control line and pairwise calibration.
A new integration lets developers compile and execute high-level Qrisp programs across IonQ, Rigetti, IQM and AQT hardware without rewriting algorithms for each provider.
The reported work explores a hybrid diamond-chip architecture designed to control interactions needed for future quantum devices and connected quantum systems.
A hardware experiment on Google Quantum AI’s Willow processor demonstrated magic-state cultivation and reported roughly 99.99% fidelity after strict error checks.
The companies extended a multi-year manufacturing partnership focused on superconducting quantum processors and repeatable fabrication infrastructure in Minnesota.
Quantinuum reports five logical errors per million operations using a color code on its trapped-ion Helios system, ten times below its September result and within the company’s stated target range for Apollo.
IonQ leadership outlines priorities for scaling manufacturing, hybrid quantum-AI data centers and preparation for the cybersecurity transition associated with Q-Day.
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