Quantum Technology Innovation Hub to transform local businesses

Small and medium-sized businesses within the Greater Birmingham and Solihull LEP (GBSLEP) region will be given a unique opportunity to access specialist technical equipment through the launch of the new Quantum Technology Innovation Hub (QTIH) at the University of Birmingham.

The Hub is hosted by the Centre for Innovation in Advanced Measurement in Manufacturing (CIAMM) in partnership with GBSLEP. It offers specialist equipment to enable research, experimentation and detailed product testing for a wide range of businesses, particularly in the engineering, manufacturing and telecommunications sectors. Experts at the UK Quantum Technology Hub Sensors and Timing – also based at the University of Birmingham – will be available to advise on usage and technological development.

Set up in 2018, CIAMM has already provided free support and collaboration with hundreds of businesses supporting them in discovering the full potential of quantum technologies and the world-leading expertise offered by the University of Birmingham, helping to drive innovation in the local economy.

The new Hub will expand this support, offering access to equipment such as high specification lasers, perfect for thermal tuning and supporting quantum optics. The Hub’s impressive Frequency Comb will also allow the measurement of absolute frequencies and enabled stabilisation of continuous wave lasers. This item of equipment is particularly core to quantum technologies, as it allows for cold atom manipulation experimentation. Finally, the RF Spectrum Analyser delivers extremely high sensitivity for phase noise measurements, which will be of particular interest to electronic engineers and optics technicians.   

Professor Kai Bongs, Director of Innovation at the College of Engineering and Physical Sciences at the University of Birmingham, said: “We are hoping to engage with the local business community to encourage and develop the use of quantum technology in commercial products. The addition of these essential items of equipment will provide an accessible gateway for small businesses to become more technologically competent and quantum-ready for the future.  At the UK Quantum Technology Hub Sensors and Timing, we already engage with over 70 nationwide industry partners, and with the QTIH we are looking to boost Birmingham’s business community.”

Chair of Greater Birmingham and Solihull LEP, Tim Pile says “GBSLEP’s investment of £3m  in the  Quantum Innovation Hub shows our commitment to enabling innovation in the West Midlands.  As a business led organisation we look to create opportunities for inclusive economic growth. We believe this new hub is a much needed space for small and medium sized firms to experiment, test and commercialise their research and development work.  This project is a great example of how we collaborate with our academic, public and private sector partners to identify projects that drive forwards the modernisation of advanced manufacturing and engineering.”

The University will also be investing in a magnetically shielded room, which will allow users to build and test on human subjects. Provided by Cerca Magnetics, a spin-out company launched by Quantum Technology Hub academics at the University of Nottingham, the room contains multi-layers of mu-metal and degaussing coils installed in the walls. The superbly low geomagnetic field will facilitate successful operations with ultra-sensitive magnetometers.

Equipped with a quality projector, eyetracker and sound delivery system, the room will be especially suited for testing sensors designated for magnetoencephalography (MEG), a functional neuroimaging technique for mapping brain activity by recording magnetic fields produced by electrical currents occurring naturally in the brain.

If you would like to access the QTIH, or would like more information, please contact Julian Moore, Business Engagement Manager at CIAMM, at J.D.Moore.1@bham.ac.uk

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