Quantum Motion is building utility-scale quantum computers using industry-standard silicon transistors. Its proprietary architecture uses a scalable array of qubits manufactured with the same silicon technology found in smartphones and computers, aiming to deliver scalable, cost-efficient and energy-efficient quantum computers that fit inside existing standard data centres.
Investment Rounds
Capital activity and funding progression
| Amount | Date | Round |
|---|---|---|
| $160 M | May, 2026 | series-c |
Industries
Frequently Asked Questions
Where is Quantum Motion Technologies located?
Quantum Motion Technologies is located in London, United Kingdom.
What industries does Quantum Motion Technologies operate in?
Quantum Motion Technologies operates in the following industries: quantum computing, semiconductors.
Who are the investors in Quantum Motion Technologies?
The investors in Quantum Motion Technologies are: DCVC, Kembara, British Business Bank, Firgun, Oxford Science Enterprises, Inkef, Bosch Ventures, Porsche Automobil Holding SE, Parkwalk Advisors.
Who are the founders of Quantum Motion Technologies?
The founders of Quantum Motion Technologies are: John Morton, Simon Benjamin.
What is the primary mission of Quantum Motion Technologies?
The company focuses on developing scalable quantum computers by leveraging standard silicon chip manufacturing processes to create high-density qubit arrays.
What technology does Quantum Motion Technologies use for its qubits?
They utilize silicon spin qubits, which are compatible with existing CMOS semiconductor fabrication techniques, allowing for the potential integration of millions of qubits on a single chip.
Where is Quantum Motion Technologies based?
The company is headquartered in London, United Kingdom, where it operates dedicated laboratory facilities for quantum hardware development.
Who are the academic founders behind Quantum Motion Technologies?
The company was co-founded by Professor John Morton from University College London and Professor Simon Benjamin from the University of Oxford.
How does Quantum Motion Technologies approach the problem of quantum scaling?
They address scalability by using industrial-grade silicon manufacturing to produce quantum dots, aiming to solve the challenge of connecting and controlling the vast number of qubits required for fault-tolerant computing.