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This experiment validates the logistical feasibility of treating superconducting quantum processors as globally shippable commodities rather than immobile lab fixtures. By demonstrating that frequency shifts remain within a one percent margin after international transit and recalibration, the results address a critical bottleneck for scaling quantum hardware supply chains. The findings suggest that with proper calibration protocols, environmental variations between locations will not compromise computational reliability.
Chalmers Next Labs and ConScience AB tested a quantum chip’s travel limits

Engineers tested if shipping a ConScience AB QiB1 quantum processor from Gothenburg to Singapore, and back, impacted its performance.
Engineers from Chalmers Next Labs AB and ConScience AB successfully shipped a QiB1 quantum processor from Gothenburg, Sweden to Singapore and back, testing the limits of physically transporting delicate quantum hardware. The experiment focused on whether changes in magnetic environments and lab…
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