FIRETRACE (Thermal Effects in Cryogenic Electronics for Quantum Computing) will create advanced tools to better understand and control heat in ultra-low temperature electronic systems used in quantum devices.
Led by the NPL's Dr Jonathan Fletcher and the University of Strathclyde’s Dr Alessandro Rossi, in partnership with Quantum Motion Technologies Ltd, the three-year initiative aims to address one of the key barriers to scalable quantum computing – the unpredictable behaviour of heat at cryogenic temperatures.
By developing precision thermal measurement technologies, the team aims to enable the reliable integration of semiconductor-based quantum components, a vital step towards realising large-scale quantum systems.
The project will also co-fund a PhD studentship in the Strathclyde University’s new Centre for Doctoral Training in Applied Quantum Technologies, contributing to skills development and future job opportunities in the field.
Science Minister, Lord Vallance said: “These partnerships show the range of real-world challenges the UK’s world-class research base is helping to tackle – from cutting carbon emissions in heavy transport, to improving access to life-saving medicines.
“By backing scientists to work hand-in-hand with industry, we’re combining cutting-edge research with business expertise to turn science into practical solutions that can make a difference in people’s daily lives.”
Head of Quantum Strategy at NPL, Dr Cyrus Larijani, said: “In collaborating with the University of Strathclyde and Quantum Motion in this important field we hope to make vital steps forward towards the commercialisation of quantum computing while also ensuring we are developing the skills of the future.”
Dr Jonathan Fletcher, Senior Scientist in the Quantum Electrical & Material Metrology team at NPL said: “As the UK’s National Metrology Institute, we work with industry partners to identify and address key metrology challenges. This project is a great example of that collaborative approach in the area of Quantum Technologies. We are excited to be working with Strathclyde and Quantum Motion on this important problem in cryogenic electronics design.”
Dr Alessandro Rossi, UKRI Future Leaders Fellow and Principal Investigator at the Semiconductor Quantum Electronics (SEQUEL) Lab at Strathclyde, said: “This collaboration is a great opportunity for Strathclyde to work alongside business leaders in semiconductor quantum technology. Besides developing new cutting-edge techniques to design and validate cryogenic electronics for quantum applications, the partnership will help train our students in becoming the quantum engineers of tomorrow.”
“This collaboration is a great opportunity for Strathclyde to work alongside business leaders in semiconductor quantum technology. Besides developing new cutting-edge techniques to design and validate cryogenic electronics for quantum applications, the partnership will help train our students in becoming the quantum engineers of tomorrow.”
Find out about our Quantum Programme
11 Jul 2025