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From Diamond Defects to Quantum Devices at Scale | Matthew Markham at QWC 2026

Name: From Diamond Defects to Quantum Devices at Scale | Matthew Markham at QWC 2026
Uploaded: 2026-10-01T11:07:41-07:00
Duration: 884 s
Description: Element Six’s quantum-technology lead explains nitrogen-vacancy and silicon-vacancy defects, room-temperature sensing, semiconductor diagnostics and diamond thin films for quantum interconnects. The talk describes materials programs and collaborations, not proof of a production-scale quantum device.

Original upload Oct 1, 2026 · 14:44

Engineers installing an IBM Quantum System One cryogenic assembly at Fraunhofer

Context photo · Holger Muench / IBM · CC BY 2.0

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Engineers install IBM Quantum System One at Fraunhofer. Archival quantum-computing context, not a video frame or the apparatus of another study.

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Element Six’s quantum-technology lead explains nitrogen-vacancy and silicon-vacancy defects, room-temperature sensing, semiconductor diagnostics and diamond thin films for quantum interconnects. The talk describes materials programs and collaborations, not proof of a production-scale quantum device.

Video by Connected DMV. Added to QubitWire October 5, 2026.

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