Quantum Motion

Quantum Motion develops utility-scale quantum computers based on silicon spin qubit architecture, leveraging the same CMOS semiconductor manufacturing technology used in smartphones and computers to achieve scalable quantum processing. The company's silicon-based approach exploits decades of industrial investment in existing global foundries and supply chains, enabling quantum chips to be manufactured using standard silicon processing rather than requiring bespoke fabrication. This scalability is critical because a single logical qubit may require a thousand physical qubits for robust error correction, and only an ultra-scalable architecture like silicon can keep the chip at stamp size rather than stadium scale. Quantum Motion's quantum engineers, software developers, and semiconductor experts are developing architectures compatible with standard silicon processing and designed to fit into today's data centers, enabling clients to achieve scientific breakthroughs in chemistry, medicine, and artificial intelligence. The company recently joined a €50M European Pilot Line to advance semiconductor qubit manufacturing and expanded with European offices in Spain. Founded in 2017 and headquartered in London, United Kingdom, Quantum Motion has raised approximately $220.3 million at the Series C stage from investors including Robert Bosch Venture Capital, Porsche SE, Oxford Science Enterprises, Inkef, Octopus Ventures, IP Group, British Patient Capital, DCVC, and Sony Innovation Fund.

Quantum Computing > Quantum Hardware > System on Chip