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Fraunhofer CAP celebrates 10 years of applied photonics R&D in the UK

In 2012, the Fraunhofer Centre for Applied Photonics (CAP) was created through a spin-off from Fraunhofer IAF (Applied Solid State Physics) and was assigned to Fraunhofer UK, the independent Fraunhofer foreign affiliate for the United Kingdom. Since then, Europe’s second largest economy has benefited from the innovative research and development services that characterize the Fraunhofer model.

Fraunhofer UK and Fraunhofer CAP celebrated their tenth anniversary of the Glasgow-based hub with a grand reception at the Royal Society in London. On behalf of the parent institute of Fraunhofer CAP, the Executive Director of Fraunhofer IAF, Prof. Dr. Rüdiger Quay, congratulated the CAP team and associates in person.

Fraunhofer CAP has a special relationship with its parent Fraunhofer IAF. Its executive director, Prof. Dr. Rüdiger Quay, drew a positive conclusion on the occasion of the anniversary.

Dr. Quay commented, “Fraunhofer UK and Fraunhofer CAP have written an impressive success story over the past ten years, developing into competent partners at eye level through first-class scientific work and clever management. This is demonstrated not least by our successful collaborations.

Infrared and quantum achievements

For example, we have been working together productively for years to make our mid-infrared laser systems even more powerful. We also maintain a close exchange on the subject of quantum technologies, whose future significance for Europe as a technology location cannot be overestimated. For the internationalization of the Fraunhofer model, the UK location has an outstanding role model function.”

The heads of the British institutions, Simon Andrews for Fraunhofer UK and Prof. Dr. Martin Dawson for Fraunhofer CAP, led the celebration. In addition to the President of the Fraunhofer-Gesellschaft, Prof. Dr. Reimund Neugebauer, and Prof. Dr. Rüdiger Quay from Fraunhofer IAF, prominent speakers at the event included Prof. Dr. Peter Bruce from the Royal Society, Dr. Emma Le Francois, researcher at Fraunhofer CAP, Prof. Dr. Richard Jones from the University of Manchester, Prof. Dr. Sheila Rowan, President of the Institute of Physics at the University of Glasgow, Prof. Dr. Sir Peter Knight from the UK’s National Quantum Technology Programme, and Dr. John Lincoln, Chief Executive of the UK Photonics Leadership Group.

Innovative research and development

Since their establishment in Glasgow in 2012, Fraunhofer UK and Fraunhofer CAP have made significant contributions to technological development in the UK. Through productive collaboration with both UK and global research institutions and commercial enterprises, the institutions have been able to actively participate in international knowledge and technology transfer.

In this context, Fraunhofer CAP is a world leader in the development of optoelectronic systems; its expertise ranges from the design, testing and characterization of systems and modules to the production of prototypes. By developing cutting-edge lasers and optical systems for applications in energy, security, environment, sensing, space, life sciences and quantum technologies, it has been instrumental in sustainably improving the technological sovereignty and societal coexistence of the UK, Germany and Europe.

Fraunhofer UK, based in Glasgow, Scotland, is one of eight independent Fraunhofer affiliates worldwide in Europe, North and South America, and Asia. It bundles Fraunhofer activities in the UK and facilitates direct exchange with the worldwide Fraunhofer network. Fraunhofer CAP was established in 2012 as a spin-off of Fraunhofer IAF and is legally assigned to Fraunhofer UK.

Fraunhofer UK and Fraunhofer CAP are based at the Technology and Innovation Centre of the University of Strathclyde in Glasgow. © University of Strathclyde. The Executive Director of Fraunhofer IAF, Prof. Dr. Rüdiger Quay (2nd from left), personally congratulated Fraunhofer UK and Fraunhofer CAP on their tenth anniversary at the Royal Society in London. © Fraunhofer IAF.

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