A Vision for UK Leadership in Light-Based Technologies: techUK’s Brand-New Photonics Report


Photonics, the science and technology of light, is quietly powering the applications, devices and systems that underpin modern life. From the fibre optic networks carrying the UK's internet traffic to precision lasers in healthcare and manufacturing, to the sensors guiding autonomous vehicles and defence systems, photonics is a foundational enabling technology that underpins critical application across multiple sectors and industries. 

The UK has potential to be a global leader in photonics, with the photonics sector already generating £8.6 billion in economic value, employing 84,000 people across 1,400 companies, and sitting at the heart of a global market forecast to exceed £1 trillion by 2030. The country is also home to some of the leading photonics companies and most cited photonics research institutions in the world and has produced genuine breakthroughs in fields from neuromorphic photonics to quantum key distribution.  

Together, these strengths make photonics one of the UK's greatest opportunities to translate world-class research into high-growth companies, skilled jobs, and exports at scale.  

Yet the sector faces structural barriers that, left unaddressed, risk squandering this advantage:  

  • Visibility: As an enabling technology embedded within other systems and products, photonics components may be among the most technically sophisticated elements of the system, but this underlying hardware often goes unacknowledged. This invisibility has real consequences for investment, policy support and skills development, resulting in overly fragmented and reactive action from government. 

  • Regional Fragmentation: The UK has a strong network of regional photonics clusters, from the Photonics Valley in Southampton to world-class capabilities in Scotland and Northern Ireland. Yet the absence of connection, coordination and joined-up strategy between clusters means that the UK’s collective photonics capability is underselling itself to government, to investors, and to international partners.   

  • Capital: The development of photonics hardware components typically spans ten to fifteen years — far beyond the five-to-seven-year horizons of most venture capital funds. The result is a persistent funding gap at the pre-commercial stage, forcing promising UK spinouts to either accept poor terms or seek investment overseas.  

  • Talent: After access to capital, the shortage of skilled professionals is the single biggest barrier to growth cited by UK photonics companies. Photonics rarely features in mainstream STEM education, dedicated degree courses are scarce, and global competition for engineers is intensifying. Without photonics being formally embedded in national skills strategies and apprenticeship frameworks, the talent pipeline will remain structurally insufficient. 

  • Pilot Lines: Photonics companies that successfully navigate the research, talent and funding challenges often find themselves unable to make the leap from prototype to production. The UK lacks the pilot line infrastructure (a pre-commercial production facility used to scale up technology from proof of concept to product manufacturing) that would allow photonics manufacturers to validate designs and scale processes before committing to full commercial production.  

The potential for the UK to seize the opportunity photonics technologies have to offer, and be a leader globally, whether that be in adoption of photonics technologies, manufacturing products or as an exporter, hinges on a more strategic and ambitious approach from government, industry and stakeholders to address the barriers identified above. But to do this, there is a short time window. As echoed by the Council for Science and Technology, the Prime Ministers independent advisors on science and technology policy issues, the UK has 3-5 years in which to translate current research capabilities into significant economic and social impact, before running the risk of losing out to international competitors. Without the right policy, coordination, talent, capital, manufacturing capacity, and domestic demand, photonics technologies will be scaled abroad meaning companies end up headquartered overseas. Some would argue we have this story before in semiconductors. The UK helped invent the technology; others industrialised it. 

techUK’s recently published photonics report sets out why photonics is such a critical enabling technology for the UK’s ability to innovate and grow, whilst identifying how the UK can address the barriers identified above to raise the profile of photonics among government, investors, and wider stakeholders and ultimately seize the photonics opportunity. 

This report is the product of techUK’s six-month focus on Photonics, which identified key areas of UK strength, outlined how the photonics ecosystem looks and functions, and set out where the main challenges and opportunities lie for companies looking to develop, deploy and drive photonics technologies in the UK. It also sets out eight recommendations that address these barriers and outlines how the UK can turn its existing strengths and immense potential into tangible applications, high-growth companies, and exports at scale. 

Author

Ella Shuter

Ella Shuter

Junior Programme Manager, Emerging Technologies, techUK


Photonics: A Vision for UK Leadership in Light-Based Technologies

techUK has published its first report on photonics, the science and technology of light, which sets out how the UK can position itself as a global leader in photonics technologies and lead the next wave of photonics innovation and deployment.

Read the report now

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Meet the team 

Sue Daley OBE

Sue Daley OBE

Director, Technology and Innovation

Rory Daniels

Rory Daniels

Head of Emerging Technology and Innovation, techUK

Tess Buckley

Tess Buckley

Senior Programme Manager in Digital Ethics and AI Safety, techUK

Usman Ikhlaq

Usman Ikhlaq

Programme Manager - Artificial Intelligence, techUK

Elis Thomas

Elis Thomas

Programme Manager, Tech and Innovation, techUK

Sara Duodu  ​​​​

Sara Duodu ​​​​

Programme Manager ‑ Quantum and Digital Twins, techUK

Ella Shuter

Ella Shuter

Junior Programme Manager, Emerging Technologies, techUK

Luke Lightowler

Luke Lightowler

Junior Programme Manager - Emerging Technologies & Robotics, techUK

 

 

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