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Fujitsu and Yaqumo are validating the STAR architecture on neutral-atom processors to reduce physical qubit overhead and enhance error correction fidelity. This integration combines Fujitsu's space-time efficient compilation with Yaqumo's optical trapping systems to benchmark early fault-tolerant quantum computing capabilities. The project also establishes a unified cloud interface via the Open Quantum Toolchain, allowing external users to access diverse hardware modalities without altering circuit specifications.

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Fujitsu and Yaqumo Begin Hardware Validation of STAR Architecture on Neutral-Atom QPUs

Quantum Computing ReportSeptember 10, 20262 min read

Fujitsu and Yaqumo have partnered to experimentally validate Fujitsu's STAR architecture on Yaqumo's neutral-atom quantum processors. This collaboration aims to reduce physical qubit overhead and improve quantum error correction by leveraging the strengths of neutral-atom systems. They are also integrating Fujitsu's Open Quantum Toolchain to enable external users to access diverse hardware modalities through a unified cloud interface. The post Fujitsu and Yaqumo Begin Hardware Validation of STAR Architecture on Neutral-Atom QPUs appeared first on Quantum Computing Report.

Japanese IT services giant Fujitsu Limited (TSE: 6702) and cold-atom hardware developer Yaqumo Inc. have initiated experimental hardware verification of quantum computing architectures and operational software layers on physical neutral-atom…

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