Four leading Scottish universities are joining forces with Stanford and Caltech to turn photonics research into commercial products and jobs. Photonics—the science of generating and controlling light—underpins technologies from smartphone screens to solar panels, medical imaging to quantum sensors. But promising lab discoveries often stall before reaching the market. This collaboration aims to bridge that gap by creating a structured pipeline from university research to commercial reality. The programme will fund early-career researchers from the UK to spend a year in Californian labs, support staff exchanges focused on commercial outcomes, and pilot projects that demonstrate market potential. An industrial affiliates programme will connect businesses of all sizes to UK and US networks, while an investor network will link emerging technologies with funding. Mentoring will prepare companies and individuals to attract investment. If successful, the collaboration could accelerate the development of cheaper solar cells, more sensitive medical diagnostics, better automotive sensors, and quantum devices for navigation and encryption. It may also create a durable model for international university-industry partnerships that generate sustained economic benefit on both sides of the Atlantic.
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We propose to create a collaborative programme of leading universities in the UK (Glasgow, Heriot Watt, St.Andrews and Strathclyde) and California (Stanford and Caltech) to create a network of universities, businesses and public sector organisations. The common theme will be the creation of economic benefit to the UK and US through developing opportunites around the general theme of photonics and photonics enabled technologies. Photonics technologies is interpreted very broadly and includes but is not limited to (a) advaced imaging technologies for the life sciences, (b) design, fabrication and measurement of devices for efficient conversion of solar energy into electricity, (c) sources and sensors for automotive and consumer products, (d) quantum-limited sensors for detection of acceleration, magnetic fields and encryption applications (e) environmental sensing applications. A range of researchers will be invlolved including, physicists, chemists, biologists, electrical engineers, mechanical engineers and researchers in biological and medical technologies.The programme will be delivered through a range of collaborative activites in the UK and US. These include the creation of a new kind of entrepreneurial fellowship enabling early career researchers from the UK to spend a year working in a Stanford, Caltech or affiliated laboratory. Staff exchanges between the partner orgnaisations to develop joint activites with clear commercial outcomes will be facilitated. Pilot projects to demonstrate the potential for commercial exploitation will be supported through the programme. An industrial affiliates' programme will be developed that will build on existing industrial networks associated with the partnering universities. This will facilitate businesses, large and small, in accessing networks and markets in the UK and US. We will create an investor network of individuals and companies interested in investing in photonics techologies emering from the collaboration. We will also undertake support and mentoring activites designed to ensure that companies and individuals are investor ready.The overal aim of the project is to build a network by sustaining enduring relationships that will lead to sustainable economic impact.
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