Quantum Motion Technology is developing a revolutionary technology platform; not just a qubit, but a scalable array of qubits based on the ubiquitous silicon technology already used in smartphones and computers.
Our team of quantum engineers are developing quantum computing architectures that are compatible with standard silicon processing. Unlocking the power of quantum computing with the simplicity of silicon.
By creating a scalable quantum computing technology we will be able to tackle currently intractable problems in fields as diverse as chemistry, medicine and artificial intelligence.
Silicon based integrated circuit technology is the bedrock of the digital revolution.
It allows billions of transistors to fit in the size of a stamp; unlocking the power of quantum computing with the simplicity of silicon.
Even a single logical qubit might require a thousand physical qubits to allow the robust error checking required for dependable calculation. Only by using a scalable qubit technology can we keep the chip the size of a stamp and not a stadium.
A smartphone based on vacuum tubes
rather than silicon integrated circuits would be 10cm thick and cover an area the size of Inner London.
The same scaling arguments are important for quantum devices: We need an ultra-scalable architecture for quantum computers to reach their full potential.
A smartphone based on vacuum tubes
rather than silicon integrated circuits would be 10cm thick and cover an area the size of Inner London.
The same scaling arguments are important for quantum devices: We need an ultra-scalable architecture for quantum computers to reach their full potential.
John Morton
Founding Director
Meet John /
John is Professor of Nanoelectronics at UCL with over 100 research publications and several world “firsts” in spin based quantum technologies and silicon quantum devices.
Simon Benjamin
Founding Director
Meet Simon /
Simon is Professor of Quantum Technologies at Oxford University. He is a world leader in designing quantum architectures both for near term ‘NISQ’ processors and the ultimate fault tolerant machines.
James Palles-Dimmock
Commercial Director
Meet James /
James has a decade of experience in developing and commercialising semiconductor technology for a large Japanese electronics company.
Fernando González Zalba
Lead Quantum Engineer
Alberto Gómez Saiz
Lead Quantum IC Engineer
Michael Fogarty
Senior Quantum Engineer
Matthew Schormans
Senior Quantum IC Engineer
Harry Sim
Senior Quantum IC Engineer
Zhenyu Cai
Quantum Engineer
Sofia Patomaki
Quantum Engineer
Jingyu Duan
Quantum Engineer
David Wise
Quantum Engineer
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