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QUOPS introduces a critical shift in quantum computing evaluation by prioritizing demonstrable computational success over simple qubit counts or gate fidelity. By defining new metrics (Q and Ω) that measure circuit size and operations per second, this benchmark provides the industry with a standardized language to assess progress toward fault-tolerant application-scale systems. This move addresses the limitations of current NISQ-era metrics as the field transitions to complex workloads requiring error correction.

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Quantinuum, Sandia Labs launch QUOPS to chart quantum computer power

Quantum ZeitgeistSeptember 15, 20265 min read

QUOPS, a new benchmark from Quantinuum & Sandia Labs, measures actual performance—using metrics Q & Ω—to better assess advancing systems beyond qubit count.

Quantinuum and Sandia National Laboratories have launched the Quantum Universal Operations Performance System, or QUOPS, a new benchmark designed to move beyond qubit counts and assess what quantum computers can actually do. QUOPS measures performance across physical and logical qubits using two metrics, Q, representing circuit size, and Ω, measuring operations per second, and is applicable to diverse quantum technologies. The system focuses on identifying "the boundary of a system's capability region," providing a standardized way to track progress toward practical, fault-tolerant quantum computing as the field shifts from noisy intermediate-scale to application-scale systems. QUOPS aims to give buyers and researchers a common language for evaluating…

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