The UK and Germany plan to combine their scientific fields to accelerate the commercialization of quantum supercomputing technology.
These joint commitments, announced on the final day of the German President’s state visit, target the gap between research and development and enterprise applications in computing, sensing and timing. The partnership includes specific funding to speed product development and establish common operating standards.
Quantum technology is now well on its way to delivering most of the roadmap, with economic modeling suggesting it could contribute £11 billion to UK GDP by 2045 and support more than 100,000 jobs.
To facilitate this, a £6m joint R&D funding call will be launched in early 2026, with Innovate UK and VDI contributing £3m each. This capital is intended to help companies bring new products to market, rather than purely funding academic research.
Supply chain maturity remains a hurdle. An £8 million investment in the Fraunhofer Center for Applied Photonics in Glasgow is addressing this issue by enhancing the development of applied photonics. Components required for commercial quantum sensing.
UK, Germany and others address obstacles to commercializing quantum supercomputing
Regulatory fragmentation often slows adoption. A new memorandum of understanding between the UK’s National Physical Laboratory (NPL) and Germany’s Physics and Technology Federation (PTB) aims to harmonize measurement standards. This agreement complements the NMI-Q initiative, a global effort to develop common norms.
Lord Vallance, UK Science Secretary, said: “Quantum technology will revolutionize areas such as cybersecurity, drug discovery and medical imaging. International cooperation is essential to unlock these benefits.”
In fact, these advances will allow pharmaceutical companies to identify new drugs more quickly. Similarly, next-generation sensors promise medical scanners that are more affordable, portable, and accurate than current products.
The partnership also extends to high-performance computing (HPC). The UK’s National Supercomputing Center at the University of Edinburgh has been selected by the EuroHPC collaboration to host the UK’s AI Factory antenna, in partnership with the HammerHAI AI Factory in Stuttgart.
To support HPC integration ahead of the commercialization of quantum supercomputing technology, the Department for Science, Innovation and Technology (DSIT) is allocating up to £3.9 million in funding to match the UK’s participation in three Euro HPC calls. The funding will support teams developing exascale and AI-enabled software.
In the aerospace sector, the two countries recently committed to joint funding of over 6 billion euros to the European Space Agency. This includes €1 billion for the launch program and €10 million for the Augsburg rocket factory, which is scheduled to launch from Scotland in 2026.
German President Frank-Walter Steinmeier has concluded his visit to Siemens Healthneers in Oxford. This facility produces superconducting magnets for MRI scanners. This is an existing example of how bilateral scientific relationships support advanced manufacturing technologies and health outcomes.
As this bilateral cooperation deepens, the UK-Germany’s integrated approach to supercomputing and quantum infrastructure aims to provide companies with a strong foundation to scale high-performance workloads across Europe.
Reference: AWS re:Invent 2025: Frontier AI agents replace chatbots
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