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This benchmark provides a critical empirical comparison of Quantum Error Correction primitives across leading trapped-ion and superconducting hardware platforms, highlighting Quantinuum's current advantage in maintaining signal clarity at scale. The study validates a novel low-sampling LR-QAOA framework that effectively correlates algorithmic metrics with logical error survival probabilities, offering a rigorous metric for assessing near-term QEC viability.
Jülich Supercomputing Centre Benchmark Evaluates Quantum Error Correction Primitives Across Quantinuum, IBM, and IQM Hardware
A Jülich Supercomputing Centre benchmark evaluated Quantum Error Correction (QEC) primitives on hardware from Quantinuum, IBM, and IQM. Quantinuum's trapped-ion systems showed the best performance, maintaining algorithmic signal clarity on a 91-data-qubit color code. The study used a low-sampling algorithmic benchmark with a Linear-Ramp Quantum Approximate Optimization Algorithm (LR-QAOA) framework. The post Jülich Supercomputing Centre Benchmark Evaluates Quantum Error Correction Primitives Across Quantinuum, IBM, and IQM Hardware appeared first on Quantum Computing Report.
2-qubit MCM experiment on different QPUs. A benchmark study published by researchers at Germany’s Jülich Supercomputing Centre (JSC) has evaluated key Quantum Error Correction (QEC) primitives—including mid-circuit measurement (MCM), qubit reset, dynamic…
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