aiqbench takeQuantum Computing

DecaQ has demonstrated a significant milestone in quantum computing performance by executing a complex FeMoco-derived phase estimation workload with a 2.045-second median time across its 108-qubit architecture. This achievement highlights advancements in managing non-Clifford gates and maintaining coherence without relying on dense global statevector allocations, marking progress toward practical quantum simulations.

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DecaQ achieves 2.045-second median for complex quantum workload

Quantum ZeitgeistSeptember 25, 20262 min read

DecaQ achieved a 2.045-second full-pipeline median for a 108-qubit FeMoco-derived quantum phase estimation workload, using its DecaQuasar BB3 architecture.

DecaQ.ai reports achieving a 2.045-second median full-pipeline time for a complex quantum workload, encompassing workload generation, execution, and verification across five runs. This result utilized 108 logical target qubits within the company’s…

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