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The study tests whether a superconducting processor keeps its microwave frequencies and T1 coherence (>100 μs) after moving between Gothenburg and Singapore, which is a practical question for a field where fabrication variance and shipping stress often make qubit results hard to reproduce. The results cover one 5-qubit device, so they show portability for this chip rather than a general property of superconducting hardware. The more durable signal is the push toward a standardized cross-facility measurement service, which could make component benchmarking more comparable across labs.
Chalmers Next Labs, ConScience, and NQFF Validate Superconducting Qubit Chip Stability Across International Testbeds
A joint study by Chalmers Next Labs AB, ConScience AB, and Singapore’s National Quantum Federated Foundry (NQFF) validated the stability of a superconducting quantum processor (QiB1) when transported between international research facilities. The study, conducted under the WACQT–NQFF Twin Testbed initiative, confirmed that environmental changes between Gothenburg and Singapore did not degrade the processor’s performance. This collaboration is now being commercialized as a standardized cross-facility measurement service. The post Chalmers Next Labs, ConScience, and NQFF Validate Superconducting Qubit Chip Stability Across International Testbeds appeared first on Quantum Computing Report.
In a joint hardware benchmarking study, Chalmers Next Labs AB, ConScience AB, and Singapore’s National Quantum Federated Foundry (NQFF) have demonstrated that superconducting quantum processors maintain stable physical performance characteristics when transported…
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