The UK government just made its boldest move yet in the global quantum race. 3A record £2 billion has been announced to upgrade the country’s quantum capabilities, including a first-of-its-kind procurement programme worth up to £1 billion to buy commercial-scale quantum computers. The goal is clear: keep British talent, startups and cutting-edge technology on home soil, and avoid repeating the mistakes made during the rise of AI.
What the UK Government Just Announced
11 Chancellor Rachel Reeves and Technology Secretary Liz Kendall announced the new investment from the National Quantum Computing Centre in Oxford. 9 The package includes £1 billion of previously announced funding and an additional £1 billion to acquire advanced quantum systems. The fresh £1 billion is a direct commitment from the government to purchase the next generation of quantum computers for use by scientists, the public sector and businesses. 5 The procurement programme, called “ProQure: Scaling UK Quantum Computing,” will invite companies to develop and test advanced systems, with the most promising candidates selected to build large-scale machines by the early 2030s.
Here is how the broader £2 billion package breaks down:
| Area | Funding |
|---|---|
| Quantum computer procurement | Up to £1 billion |
| Quantum computing applications (pharma, finance, energy) | Over £500 million |
| Sensing and navigation breakthroughs | Over £400 million |
| Quantum networking | £125 million |
| Medical diagnostics and secure communications | £205 million |
7 The government’s flagship TechFirst programme will also launch new partnerships with companies in the sector, offering up to 100 fully funded internships to build a pipeline of skilled quantum workers.
UK quantum computing investment £1 billion government procurement programme 2026
Why the UK Wants to Avoid the AI Mistake
There is a painful lesson behind this investment. 6
“We need to learn the lessons and make sure we give our brilliant scientists, spinouts and startups the ability to stay here and make it happen,” she said.
16 Kendall stressed the critical need to retain quantum computing talent within the UK, drawing lessons from the AI sector where the US has taken a commanding lead. She pointed out that many UK scientists and startups feel compelled to relocate to the US to access better funding and support. 1 Since 2020, the UK has produced more AI startups per capita than any other European nation, while ranking second globally for quantum companies. But without strong government backing, there is a real risk those startups will follow the money overseas.
The new procurement programme is designed to change that. 11It will help companies prove there is demand for their services, raise additional capital, make more technological progress, and become UK champions of a burgeoning global market.
The Economic Impact: Jobs, Growth and £212 Billion
The numbers behind this bet are striking. 7Estimates show quantum could boost productivity by 7% in the next two decades, creating more than 100,000 jobs in the process. That would mean £212 billion worth of economic impact, the equivalent of adding the combined annual GDP of Wales and Northern Ireland.
The government said quantum technology will help deliver:
- Personalised medical treatments and potential cures for diseases
- Stronger national security and cybersecurity defences
- Greener energy through smarter resource management
- Better financial services through faster, more accurate modelling
- High-paid jobs across research, engineering and manufacturing
3 The investment delivers on the government’s modern Industrial Strategy, which identified Digital and Technologies, including AI and quantum, as one of eight high-growth sectors critical to long-term economic renewal.
Breakthroughs Already Happening on UK Soil
This funding does not arrive in a vacuum. Real progress is already being made inside British labs and research centres.
29 Infleqtion has delivered the UK’s only operational 100-physical-qubit quantum computing system at the National Quantum Computing Centre with its Sqale platform. 29 The system boasts a 99.73% two-qubit gate fidelity, delivering industry-leading performance on the metric that matters most in quantum computing. 31 IonQ has formed a major strategic research partnership with Cambridge University. This will create the IonQ Quantum Innovation Centre, hosting IonQ’s most advanced 256-qubit computer, accelerating research and discovery in the UK.
Meanwhile, 16the UK has produced notable quantum startups like Quantinuum, a US-UK firm valued at $10 billion. 34The UK punches above its weight with companies like Quantinuum, OQC, Universal Quantum, Riverlane, ORCA and PQShield.
Ashley Montanaro, CEO and co-founder of Phasecraft, called the investment “critical to Britain’s continued leadership in the quantum race.” He added that the procurement programme must include a strong software element because the full potential of quantum computing can only be unlocked when algorithms development is prioritised alongside hardware.
How the UK Stacks Up in the Global Quantum Race
The UK is not the only country pouring billions into quantum. The global race is fierce, and the competition is well funded.
23 Compared globally, China has announced the most investment in quantum technology. As of 2022, China’s officially acknowledged level of public investment at $15.3 billion surpasses that of the European Union at $7.2 billion, the United States at $1.9 billion, and Japan at $1.8 billion combined. 8 The European Union is raising a €5 billion fund for quantum and other critical technologies, while Japan has also identified quantum computing as a priority area for national investment. 19 Germany put €2 billion from a recovery fund into quantum in 2020 and announced a €3 billion quantum programme in 2023.
But raw funding alone does not tell the whole story. 27In the UK, a RAND report notes that the development of quantum technologies is almost exclusively carried out by startups. That makes the government’s decision to directly buy quantum computers all the more important. It sends a clear market signal that there is demand, giving British companies the confidence to grow at home.
16 Fully fault-tolerant quantum computers capable of hosting hundreds of thousands of qubits remain a future goal, with current machines still in development. But the UK is banking on getting in early, before the technology matures, to grab a lasting seat at the table.
This £2 billion package is not just about machines or money. It is about whether a country known for world-class science can finally turn those ideas into world-changing businesses without watching them leave for Silicon Valley. For thousands of researchers, engineers and entrepreneurs across Britain, the answer to that question could shape their careers and their communities for decades. Drop a comment below and tell us what you think about the UK’s quantum bet. Do you believe this investment will keep British talent at home?
