Pioneering the Future: How the UK Can Lead the World in Quantum and Photonics Innovation
As the race for high-performance computing intensifies amidst growing international tensions and cyber risks, the UK is uniquely positioned to emerge as a global leader in quantum technology and photonics innovation.
Quantum technology, with its potential to revolutionise computing, cryptography, and sensing, is garnering significant attention. Currently the quiet ‘bridesmaid’ to AI, end consumers do not yet fully appreciate it’s widespread application. Likewise, photonics—the science and behaviour of light—is revolutionising advancements in telecommunications, healthcare, consumer electronics, and security. Together, these technologies offer transformative possibilities for the UK and the wider economy.
The UK government has recognised this potential, investing £1 billion in the National Quantum Technologies Programme over the last 10 years. This initiative has supported talented teams to harness quantum advancements for real-world applications, positioning the UK as a hub for quantum research and development. The government is building on this success through a range of programmes, including the announcement of 5 new quantum research hubs backed by over £100 million of government funding and the opening of the National Quantum Computing Centre in 2023.
So, what ingredients do we need to ensure we maximise this opportunity?
Innovation Ecosystem: A Global Comparison—The UK’s Competitive Edge
In comparison to other countries, the UK boasts a robust ecosystem for technological innovation. While nations like the United States and China have made significant investments in research around quantum and photonics, the UK's unique strengths lie in its collaborative approach and rich academic heritage. Universities such as Oxford, Bristol, Cambridge, and Imperial College London are renowned for their cutting-edge research and have a strong track record of producing tech spin-outs and scale-ups that drive industry growth. Building on these more traditional universities are growing ‘pockets’ of quantum expertise in and around Dublin and Cork universities too.
The university innovation culture in the UK is pivotal. Institutions actively encourage entrepreneurship, providing support for spin-outs through incubators and accelerators. This culture not only fosters innovation but also ensures that research translates into commercial success. Companies like Oxford Quantum Circuits, Mach 42, and AegiQ are prime examples of successful spin-outs that have emerged from this vibrant academic environment.
We must continue to encourage ease of collaboration between universities, spin-outs, and more established businesses, facilitating learning and wider application of these technologies at the earliest possibility.
From Spin to Scale: The UK Investment Environment
Alongside the UK’s substantial public investment and R&D funding, the UK also benefits from an established VC funding environment. Here, there is a growing number of sophisticated VC investors who are knowledgeable about the long-term investment needed to scale technologies such as quantum and photonics.
Intellectual Property: Protecting and Promoting Innovation
A robust IP framework is essential to safeguard the innovations stemming from quantum and photonics research. The UK Intellectual Property Office (IPO) provides guidance on patenting quantum technologies, ensuring that inventors can protect new breakthroughs. For businesses, developing an IP strategy and navigating IP law is crucial to securing competitive advantage and attracting investment.
Financial investment is needed to maximise early patent advantage and protect trade secrets. The UK needs to invest in proactive patents with depth and breath, given the race for quantum patents is currently led by China and the US.
Contracts: Facilitating Collaboration and Growth
Effective contracts are vital for fostering collaboration between research institutions, startups, and established companies. Clear agreements on IP ownership, collaboration, data sharing, and confidentiality can accelerate innovation and reduce disputes. The UK’s legal framework provides a solid foundation for collaboration arrangements; as with IP investment, early-stage companies can access expert lawyers to advise on these important safeguards without slowing down innovation.
Collaborative efforts, such as those seen in the Integrated Quantum Networks, illustrate the power of partnerships too. These hubs bring together academia and industry to advance quantum research, signpost funding, and provide other much-needed support to facilitate collaboration between partners of the network. Getting appropriate contracts in place to support collaborative partnerships is vital.
Employment: Building a Skilled Workforce
The scale and breadth of the scientific, engineering, and commercial advances made over the previous decade in quantum and photonics have transformed the skills needed in this sector. Market analysts project that new jobs created globally in the quantum computing sector will reach 250,000 by 2030 and 840,000 by 2035 globally.
To lead in quantum and photonics, the UK must cultivate a workforce equipped with specialised skills for the future. It must also work hard and think creatively about how it will retain this valuable workforce to deter them from leaving for other countries. These issues are widely acknowledged and already well-researched by the Quantum Skills Taskforce; adopting the recommendations of their report delivered in May 2025 will be crucial.
A Strategic Path Forward
The UK’s journey to becoming a world leader in quantum and photonics hinges on the innovation ecosystem, sophisticated VC and private investors, strategic investments in IP, skills, and working with skilled, experienced advisors. By nurturing innovation, protecting intellectual assets, and fostering collaboration, the UK can certainly be a serious leader in the world of quantum and photonics.
techUK – Unleashing UK Tech and Innovation
The UK is home to emerging technologies that have the power to revolutionise entire industries. From quantum to semiconductors; from gaming to the New Space Economy, they all have the unique opportunity to help prepare for what comes next.
techUK members lead the development of these technologies. Together we are working with Government and other stakeholders to address tech innovation priorities and build an innovation ecosystem that will benefit people, society, economy and the planet - and unleash the UK as a global leader in tech and innovation.
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