Title：The UK Quantum Ecosystem: From Public Funding and Academic Research to Commercialisation and Industrial Deployment
Speaker：Siyun Wu, University of Oxford
Time：14:30–16:30, Tuesday, September 22, 2026
Venue：Shishan Quantum Computation and Quantum Detection Laboratory
Abstract
The United Kingdom has developed one of the most established quantum technology ecosystems, supported by sustained public investment, strong academic research, and an increasingly active commercial sector. In this talk, I will present the pathway through which quantum technologies can progress from fundamental research towards industrial applications, using the Oxford ecosystem and selected UK industrial examples as case studies. The first part will examine the role of government funding in supporting university research, infrastructure, skills, and early-stage technology development. I will then discuss how academic discoveries can be protected and commercialised through organisations such as Oxford University Innovation, and how investment organisations such as Oxford Science Enterprises can provide the capital and business support required to build and scale spinout companies. Moving beyond commercialisation, I will consider the role of organisations such as QinetiQ in systems integration, test and evaluation, and the validation of quantum technologies under realistic operating conditions. Finally, I will highlight emerging industrial applications in quantum sensing and navigation, quantum computing, and quantum timing. Together, these examples illustrate how public funding, academic research, private investment, engineering validation, and end-user demand interact to support the development of a sustainable UK quantum industry.
Speaker Biography
Siyun Wu, a master’s student in Quantum Technology at the Department of Physics, University of Oxford. His research focuses on trapped‑ion quantum computing and superconducting microwave devices, including microwave near‑field electrode design, quantum chip optimization and electromagnetic simulation. He received his bachelor’s degree in Theoretical Physics from University College London. His research interests lie in quantum computing hardware, microwave engineering, and the design and implementation of quantum devices.
