quantummotion.comCrawled Oct 24, 2026
Implementing a Hubbard model variational quantum eigensolver on a NISQ platform
Quantum Motion builds silicon-based quantum computers using CMOS technology for scalable, data-center-ready performance.
Quantum Motion makes silicon-based quantum computers built on CMOS technology.
Quantum Motion’s team showed diode thermometry achieves sensitivity below 1.5 K, beyond commercial cryogenic diode thermometers’ limit.
Quantum Motion demonstrated exchange control for two-qubit gates in an MOS double quantum dot device.
Quantum Motion explores integrating classical electronics with silicon-based quantum devices for scalable quantum computers.
Quantum Motion proposes a silicon-based quantum information processing method called The Pipeline for NISQ devices.
Quantum Motion achieved a breakthrough in quantum computing viability in March 2021, led by UCL and Oxford researchers.
Quantum Motion set a world-record measurement for quantum devices in 2022, led by UCL and Oxford academics.
Quantum Motion, founded by UCL and Oxford professors, announced progress in quantum computing in November 2023.
Largest funding round in UK Quantum Computing. Quantum Motion has raised over £42 million in equity funding from some of the world’s leading quantum and technology investors. The latest funding round brings the total raised to £62 million.
Quantum Motion offers a one-year rotation program for physics and engineering graduates in quantum engineering.
Quantum Motion collaborates on scalable quantum computing with strong benefits and advanced research and development.
by Christine Ng | Jun 15, 2023 | Research
Quantum Motion combines CMOS expertise with quantum research to build manufacturable quantum computers.
Quantum Motion combines fifty years of CMOS development with quantum expertise to build manufacturable quantum computers.
Quantum Motion has offices in London, Oxford, and Sydney for partnerships, careers, and inquiries.
Quantum Motion has offices in London, Oxford, and Sydney.
GitHubRepository owner
Quantum Motion, a quantum computing spinout from UCL and the University of Oxford, secures £120 million in funding. The company aims to build commercially viable quantum computers using silicon chips. Investors back the technology’s potential for scalable, industry-ready quantum solutions.
May 2026UCL NewsNews article
Quantum Motion secures £117 million in Series C funding, including a £40 million contribution from the British Business Bank. The London-based company becomes the UK’s highest-funded quantum computing firm, aiming to advance hardware breakthroughs comparable to the transistor’s impact on computing.
May 2026BusinessCloudNews article
Quantum Motion secures $160 million in Series C funding to develop silicon transistor-based quantum processors using standard CMOS manufacturing. The UK-based startup frames scaling quantum computing as a semiconductor challenge rather than a physics problem. Its architecture targets broader industry adoption by leveraging existing fabrication techniques.
May 2026HPCwireNews article
