Announcing our

Announcing our

Announcing our

$60M Series A

$60M Series A

Building the quantum networking
technology to scale quantum computers

Building the quantum networking
technology to scale quantum computers

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Scaling Quantum Computers with Distributed Architectures

Scaling Quantum Computers with Distributed Architectures

Unlocking the full potential of quantum computing requires scaling computing systems beyond single processors. Our quantum networking technology can weave processors into an interconnected computing architecture, enabling modular scale-out.

Just as classical networking underpins the computing clusters that run the Cloud, AI, and HPC industries, our technology accelerates the path to large-scale compute for Quantum.

Unlocks hardware scale-out

Our networking technology weaves together near-term quantum processors, enabling modular scaling and distributed compute.

Unlocks hardware scale-out

Our networking technology weaves together near-term quantum processors, enabling modular scaling and distributed compute.

Unlocks hardware scale-out

Our networking technology weaves together near-term quantum processors, enabling modular scaling and distributed compute.

Unlocks hardware scale-out

Our networking technology weaves together near-term quantum processors, enabling modular scaling and distributed compute.

Qubit-adaptable network

We connect to processors via a portfolio of Qubit-Photon Interfaces, and adapt our Quantum Networking Units to each qubit modality.

Qubit-adaptable network

We connect to processors via a portfolio of Qubit-Photon Interfaces, and adapt our Quantum Networking Units to each qubit modality.

Qubit-adaptable network

We connect to processors via a portfolio of Qubit-Photon Interfaces, and adapt our Quantum Networking Units to each qubit modality.

Qubit-adaptable network

We connect to processors via a portfolio of Qubit-Photon Interfaces, and adapt our Quantum Networking Units to each qubit modality.

Unlocks software scaling

The Entanglement Fabric acts as an abstraction layer, enabling the development of a qubit-agnostic compilation and software stack.

Unlocks software scaling

The Entanglement Fabric acts as an abstraction layer, enabling the development of a qubit-agnostic compilation and software stack.

Unlocks software scaling

The Entanglement Fabric acts as an abstraction layer, enabling the development of a qubit-agnostic compilation and software stack.

Unlocks software scaling

The Entanglement Fabric acts as an abstraction layer, enabling the development of a qubit-agnostic compilation and software stack.

The Nu Quantum Team

Nu Quantum is building the technology essential to scaling quantum computers to utility. Our world-class team spans nine technical disciplines across science and engineering to build trailblazing quantum networking hardware that will enable distributed quantum computing at scale.

We are headquartered in Cambridge (UK) with a business office in Los Angeles (USA). Working closely with leading industry partners, governments and academia, Nu Quantum is accelerating the path to fault tolerance to unlock breakthroughs and transform industries worldwide for positive impact.

Backed by World-Class Investors

We are backed by leading deep tech investors across the United Kingdom, European Union, USA and Japan.

Trusted by Industry Leaders

Trusted by Industry Leaders

We are proud to collaborate with qubit companies, end-users of quantum computing, and leaders in the datacentre industry, as well as national government agencies and top universities.


Interested in working with us?

We are proud to collaborate with qubit companies, end-users of quantum computing, and leaders in the datacentre industry, as well as national government agencies and top universities.


Interested in working with us?

A forum on building datacenter-scale quantum computers and accelerating the timeline to fault-tolerance.

A forum on building datacenter-scale quantum computers and accelerating the timeline to fault-tolerance.

A forum on building datacenter-scale quantum computers and accelerating the timeline to fault-tolerance.

A forum on building datacenter-scale quantum computers and accelerating the timeline to fault-tolerance.

Building datacenter-scale quantum computers capable of tackling the world's most urgent problems is the challenge of our generation.