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Quantum Motion's strategic pivot to standard 300mm CMOS foundries represents a critical validation of the silicon spin-qubit pathway for achieving industrial-scale, fault-tolerant quantum processors. By leveraging commercial semiconductor supply chains, the company aims to drastically reduce unit costs and energy consumption while expanding its research footprint in the U.S., directly addressing key scalability hurdles in the hardware sector.
Sources coveringQuantum Computing Report, Quantum Frontiers, LessWrong, Quantum Zeitgeist
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Quantum Motion Finalizes Second Close of Series C Funding Round for Silicon QPU Scaling

Quantum Computing Report2 min read

Quantum Motion has finalized the second close of its Series C funding round, co-led by DCVC and Kembara, with new and returning investors including imec.ventures, Sony Innovation Fund, and Lansdowne Partners. This capital will accelerate the industrial scale-up of their fault-tolerant silicon quantum processors, supporting custom silicon co-development using 300mm CMOS semiconductor foundries, international expansion with a new U.S. research lab, and ongoing technical execution under DARPA’s Quantum Benchmarking Initiative. Their strategy focuses on dense silicon spin-qubit architectures fabricated in commercial foundries, aiming for significant cost, size, and energy reductions compared to alternative quantum computing methods. The post Quantum Motion Finalizes Second Close of Series C Funding Round for Silicon QPU Scaling appeared first on Quantum Computing Report.

Silicon spin-qubit developer Quantum Motion has finalized the second close of its Series C funding round to accelerate industrial scale-up of its fault-tolerant silicon quantum…

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