FormationQ and the STFC Hartree Centre have signed a strategic partnership to accelerate the adoption of quantum computing, AI, high-performance computing and hybrid computing across UK industry, government and research. The deal, announced on August 20, 2026, aims to move quantum work out of proof-of-concept mode and into operational deployment.
Enterprise-ready quantum, not another lab demo
The collaboration will focus on identifying high-value applications, developing pilot projects and building the technical and deployment capabilities enterprises need to actually run quantum-assisted workflows. Target sectors include healthcare and life sciences, manufacturing, logistics, energy, infrastructure and the wider public sector.
Closing the talent gap
FormationQ CEO Nada Hosking said the future of advanced computing depends on organisations being able to “tangibly harness these technologies to support the achievement of their business objectives.” Hartree Director Kate Royse pointed to the Centre's track record of turning research into real-world use cases. The pair also plan to work with UK universities to build a quantum-ready engineering talent pool — a response to the OECD's 2026 finding that more than 40% of enterprises cite lack of skilled workforce as their biggest quantum adoption barrier.
Building on a busy UK quantum year
The tie-up joins a string of Hartree quantum partnerships including deep-tech industrial deals and prior work with Quantinuum, Quantum Dice and Alice & Bob. FormationQ, which already partners with the University of Cambridge's Cavendish Laboratory and IonQ, is expanding its UK footprint at the same time as the European deep-tech ecosystem is deepening its own quantum bets.
International reach
Beyond application development, the two organisations plan to explore international collaboration with governments, research bodies and industry, aiming to build institutional frameworks and technical capabilities for responsible adoption of advanced computing worldwide.
Reporting based on coverage from The Quantum Insider, Quantum Computing Report and New Electronics.