Communications of the ACM
Southampton to Lead .k. Manufacturing Hub
Production of an optical fiber on a silica lathe.
Credit: University of Southampton
The University of Southampton is to lead one of two £10 million (US$15.1 million) research centers that will transform the U.K.'s manufacturing industries through the use of photonics, the science and technology of light.
Photonics manufactures the critical components inside mobile phones and enables the Internet and the optical storage technologies that underpin the digital world. It helps manufacture cars, navigates airliners, probes individual human cells, and helps defend the nation.
The Engineering and Physical Sciences Research Council (EPSRC) National Hub in High Value Photonic Manufacturing was announced by Universities and Science Minister Jo Johnson. The second Hub in Future Liquid Metal Engineering is based at Brunel University in London.
Bringing together the expertise of Southampton’s Optoelectronics Research Centre (ORC) and the ESPRC National III-V Centre at the University of Sheffield, the Future Photonics Hub will provide national leadership in manufacturing for the next-generation of photonics technologies. With more than 40 companies providing guidance and resources, the new Hub is solidly focused on improving U.K. manufacturing efficiency.
The Future Photonics Hub, which is funded for seven years, will accelerate growth of the U.K.’s £10 billion (US$15.1 billion) photonics industry and support the £600 billion (US$905.9 billion) of U.K. manufacturing output that depends on photonics. It will be the go-to place for the U.K. photonics industry by:
- improving existing manufacturing processes for production of photonics components,
- supplying prototypes and sub-systems to their designs,
- being a one-stop-shop for trialling user ideas and developing new manufacturing processes.
Hub lead Professor Sir David Payne, Director of the ORC, says: "The ORC has been at the forefront of photonics for over 40 years. We know from experience the astonishing range of innovative ideas that emerge when scientists and engineers think about manufacturing. The key is to work with industry to understand the opportunity not only to improve existing manufacturing methods but to develop entirely new ways of making things."
The primary economic impact of the Hub will be to aid rapid commercialization of emerging technologies. This will result in new products and services in both the photonics industry and in the industries enabled by photonics. Supporting companies across the U.K. have so far promised a total of £12.5 million (US$18.9 million) in markets that include defense and security, communications, space, semiconductor manufacturing, and healthcare.
The investment in the Future Photonics Hub by EPSRC will be further enhanced by £3 million (US$4.53 million) from the two universities.
Jo Johnson, Minister of State for Universities and Science, says: "From cars to smartphones our world-leading research drives innovation and growth in the U.K.’s manufacturing industries. With this investment, these new manufacturing hubs will develop the next generation of high-tech products in communications and healthcare, as well as tackle industry challenges such as rising materials costs."
Over five decades, the ORC has maintained a position at the forefront of photonics research. Its long and well established track record in the fields of optical fiber, lasers, waveguides, devices, and optoelectronic materials has fostered innovation, enterprise, cross-boundary and multi-disciplinary activities.
The ORC has built strong links with industry, research institutions, and universities around the world, from informal collaborations to large-scale funding. In 2014, it launched The Photonics Institute with Nanyang Technological University in Singapore. Ten spin-out companies, including Fibercore, Fianium, SENSA, SPI Lasers, and Stratophase have commercialized ORC research, while its extensive outreach program has brought lasers and optical fibers into schools across the U.K.
No entries found