Quantum and nano technologies

The University of Glasgow has one of the best academic profiles in the UK for quantum technology.
Our Centre for Quantum Technology is one of the most prominent quantum technology centres in the UK. It has the second largest UKRI grant income in the field, 95 postgraduate researchers, over 20 InnovateUK industrial projects and over 50 industrial partners.
Our strength builds on nearly 50 years of excellence in micro- and nanofabrication, delivered through the world-leading James Watt Nanofabrication Centre.
In the field of nanotechnology, our researchers study fundamental phenomena and the properties of materials. They are developing essential fabrication techniques and modelling tools to enable real-life devices.
For instance, they are creating sensors that enable measurements to be made at these length scales with much higher precision that conventional ones, as well as delivering semiconductor and superconducting devices to enable the next generation of quantum technologies.
Our research contributes to a wide range of applications spanning information processing; sensing and energy harvesting for healthcare; security; environmental monitoring; position, navigation and timing, and many more.
During a visit, Parliamentary Secretary at the Cabinet Office, Abena Oppong-Asare MP said: "The groundbreaking quantum research happening at the University of Glasgow is absolutely vital for our national security and infrastructure. […] This research isn't just about scientific advancement – it's about building a more resilient Britain for the future."
Centre for Quantum Technology
The Centre for Quantum Technology brings together multidisciplinary teams of physicists, engineers and computer scientists to tackle cutting-edge scientific, technological research and innovation in quantum research. The Centre addresses grand challenges including sensing and imaging for climate change, defence and security; intelligent transport and imaging for space.
James Watt Nanofabrication Centre
The UK's leading nanofabrication cleanroom hosts over £37m of nanofabrication tools and supports over £53m active University research grants and four EPSRC Quantum Technology Hubs. The Centre undertakes research, development and small-scale production using a vast array of modules and IP, which can provide integrated processes to deliver circuits, devices, systems and solutions.