SpinOr, a spinout from The University of Manchester, is developing compact superconducting quantum computers designed to bring quantum hardware beyond specialist facilities and into universities, research labs and industry.
In 1948, Alan Turing began work at the University of Manchester on the Manchester Mark 1, one of the world’s first stored-program computers. At the time, computers were room-sized machines accessible to only a handful of organisations.
Quantum computing stands at a similar point today. Most systems are large, expensive and confined to specialist facilities operated by a small number of organisations.
SpinOr’s vision is to change that by developing compact, modular superconducting quantum computers that are easier to deploy, operate and scale.
Leo Feasby, CEO and Co-founder of SpinOr, said:
“Quantum computing is entering a new phase. The challenge is no longer simply building qubits, but making quantum computers practical and accessible. Our goal is to move quantum hardware beyond a handful of specialist facilities and into the hands of the researchers, engineers and organisations that will build the next generation of applications.”
Dr Catherine Headley, CEO of The University of Manchester Innovation Factory, said:
“SpinOr shows how research at Manchester can lead to practical, real-world innovation. By enabling hands-on access to quantum systems, SpinOr has the potential to accelerate progress across multiple sectors. SpinOr is an exciting example of how the Innovation Factory is helping turn breakthrough ideas into real societal and economic benefit.”
SpinOr’s patented architecture is designed to significantly reduce the size, complexity and resource requirements of superconducting quantum computers. The company’s systems are being developed to fit within a single equipment rack and require substantially less helium-3 than conventional approaches.
Their modular design allows organisations to start with smaller systems and expand over time, creating new opportunities for quantum skills development, research and early-stage application testing within standard laboratory environments.
Potential applications span scientific research, finance, pharmaceuticals, aerospace, defence and advanced materials, where local access to quantum hardware could provide advantages in performance, security and workforce development.
SpinOr are currently taking part in the Northern Gritstone NG Studios accelerator, with Deep Tech Labs – presenting to investors and industry at London Tech Week on 9th June.
For more information, visit spinor.co.uk
