Quantum Motion is developing a silicon-based approach to quantum computing designed to enable the technology to scale more effectively.
Born out of research at the University of Oxford and University College London, Quantum Motion is working to address some of the most significant technical challenges facing the quantum computing industry by leveraging semiconductor manufacturing techniques already used at global scale.
Quantum computing has the potential to solve problems far more efficiently than classical computers, opening up new possibilities across several fields. However, building practical, large-scale quantum computers remains a major scientific and engineering challenge. Developing systems that are powerful, reliable and scalable is one of the key hurdles the sector must overcome before widespread adoption becomes possible.
Quantum Motion’s approach focuses on silicon-based quantum computing, using techniques and processes that are closely aligned with existing semiconductor manufacturing. By building on decades of innovation within the conventional chip industry, the company aims to create a pathway towards quantum processors that can be manufactured more efficiently and at greater scale than many alternative approaches.
Since its formation, Quantum Motion has grown from an academic research project into one of the UK’s leading quantum technology companies. Its progress highlights the strength of the UK’s quantum ecosystem and demonstrates how cutting-edge university research can be translated into commercially focused businesses tackling some of the world’s most complex technological challenges.
In this episode of Meet the Portfolio, CEO James Palles-Dimmock discusses why Quantum Motion was founded, the scientific and engineering hurdles facing the quantum computing sector, and the company’s vision for bringing practical quantum computing closer to reality. He shares insights into the origins of the business, the journey from university laboratories to venture-backed company, and the opportunities that emerge when breakthrough research is combined with commercial ambition.
The interview explores the advantages of Quantum Motion’s silicon-based approach, the technological hurdles facing the industry, and the company’s vision for making quantum computing more practical and scalable.
Like many successful university spinouts, Quantum Motion demonstrates how world-class research can be developed into technologies with global significance. Operating at the intersection of quantum physics, engineering and semiconductor manufacturing, the company is working towards a future in which quantum computers become practical tools capable of addressing problems beyond the reach of today’s machines.
Watch the full video to hear more about Quantum Motion’s approach to scalable quantum computing, the challenges and opportunities facing the industry, and the company’s ambitions for the future of computing and quantum technology.
To find out more, visit the Quantum Motion website or the Parkwalk portfolio page here.