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Quantum Motion’s CMOS Bet: Building Quantum Computers Like Chips | James Palles-Dimmock at QWC 2026

Name: Quantum Motion’s CMOS Bet: Building Quantum Computers Like Chips | James Palles-Dimmock at QWC 2026
Uploaded: 2026-10-05T07:35:31-07:00
Duration: 603 s
Description: Quantum Motion CEO James Palles-Dimmock explains why the company is using foundry-compatible CMOS silicon spin devices and integrating cryogenic control near the qubits. The QWC 2026 talk connects its NQCC system, manufacturing partners and scale-up plan. It is a company presentation, not an independent demonstration that million-qubit fault tolerance has been achieved.

Original upload Oct 5, 2026 · 10:03

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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Quantum Motion CEO James Palles-Dimmock explains why the company is using foundry-compatible CMOS silicon spin devices and integrating cryogenic control near the qubits. The QWC 2026 talk connects its NQCC system, manufacturing partners and scale-up plan. It is a company presentation, not an independent demonstration that million-qubit fault tolerance has been achieved.

Video by Connected DMV. Added to QubitWire October 6, 2026.

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