Quantum Motion Closes $160M Series C
to deliver the “Transistor Moment” for quantum computing
What we do /
Quantum Motion is building utility-scale quantum computers based on the same technology used in smartphones and computers – silicon. Our advanced, silicon-spin architecture is based on decades of industrial investment used in existing global foundries and supply chains for mass production.
Our team of quantum engineers, software developers and semiconductor experts are developing quantum computing architectures that are compatible with standard silicon processing and designed to fit into today’s data centres.
By creating a scalable quantum computing platform based on silicon, our clients will be able to achieve scientific breakthroughs in fields as diverse as chemistry, medicine and artificial intelligence.
News /
Quantum Motion Raises $160 Million Series C to Deliver Quantum Computing’s “Transistor Moment”
Quantum Motion joins €50M European Pilot Line to Advance Semiconductor Qubit Manufacturing
Quantum Motion Expands Global Presence by Opening European Offices in Spain
Quantum Motion Appoints Eva Flipse as Director of Marketing
Our solution /
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.
Our investors /
