New £10 million standards network aims to turn UK quantum breakthroughs into trusted, globally marketable technologies.
The UK is taking a decisive step to ensure it leads on quantum technology – not just in innovation but in defining how this future technology is built, tested and trusted.
The UK government has launched the world’s first national framework dedicated to quantum standards, investing £10 million in a new National Quantum Standards Network (QSN). Led by the National Physical Laboratory (NPL), the initiative aims to establish the rules and benchmarks that will underpin the emerging quantum economy.
The QSN will bring together government, industry, academia and standards organisations including the British Standards Institution and UK Research and Innovation’s National Quantum Computing Centre.
Its remit is highly technical but strategically vital. The network will coordinate standards covering everything from the ultra-narrow lasers required to manipulate qubits in quantum computers to performance measures for quantum sensors, ensuring devices built by different companies can deliver consistent, comparable and trustworthy results.
Establishing these benchmarks will give British companies greater confidence in bringing products to market while ensuring they align with internationally recognised standards – a crucial advantage in a rapidly globalising industry.
The UK already occupies a leading position in the global quantum sector, with world-class research institutions, fast-growing start-ups and established technology companies driving innovation. By shaping standards at this early stage, the government believes Britain can secure a competitive advantage as international frameworks begin to emerge.
The stakes are considerable. Government estimates suggest quantum technologies could contribute £212 billion to the UK economy and support up to 100,000 jobs over the coming decades.
The standards initiative complements the government’s broader £2 billion investment programme in quantum technologies announced earlier this year, including £1.2 billion dedicated to procuring large-scale quantum computers.
Together, the investments are designed to address one of deep tech’s biggest challenges: translating scientific breakthroughs into commercially viable products and services.
Britain’s quantum credentials are already attracting international attention. US-based quantum technology manufacturer Vescent recently selected the National Physical Laboratory as the location for its first office outside the United States – a vote of confidence in the UK’s growing influence in the sector.
The launch of the Quantum Standards Network signals an ambition that extends beyond scientific leadership. By helping define the global standards that will govern the quantum era, Britain is positioning itself not merely as a participant in the next technological revolution but as one of the countries writing its rulebook.
