Creating an efficient, integrated and scalable quantum photonics toolkit

Creating an efficient, integrated and scalable quantum photonics toolkit

Single-photon components

Our commercial, high-performance single-photon components operate at room temperature, making them radically different from the competing technologies that require cryogenic-cooling and significant operational costs.

By eliminating the need for cooling, Nu Quantum is the only company creating patented-protected singe-photon technology that is both efficient and suitable for scale.

Single-photon components

Our commercial, high-performance single-photon components operate at room temperature, making them radically different from the competing technologies that require cryogenic-cooling and significant operational costs.

By eliminating the need for cooling, Nu Quantum is the only company creating patented-protected singe-photon technology that is both efficient and suitable for scale.

Single-photon links

Point-to-point links are the first step towards a quantum network. Using our proprietary single-photon components, Nu Quantum is building capability in the efficient transfer of quantum states towards a connected quantum future.

Quantum random number generation

Our Quantum Random Number Generator (QRNG) technology utilises the measurement of single photons to generate streams of true random numbers to create high-quality cryptographic keys. By using single-photon architecture and proprietary information processing algorithms, our QRNG can extract quantum entropy with uniquely high efficiencies.

Quantum random number generation

Our Quantum Random Number Generator (QRNG) technology utilises the measurement of single photons to generate streams of true random numbers to create high-quality cryptographic keys. By using single-photon architecture and proprietary information processing algorithms, our QRNG can extract quantum entropy with uniquely high efficiencies.

Collaborations

Collaborations

Viable Satellite Free-Space Optical Quantum Key Distribution Technologies (ViSatQT).

The project objective is to enable secure encryption for institutional and commercial customers in a post-quantum world.  This project looks to address the current limitations of using lasers to distribute quantum encryption keys.

Arqit – The Quantum Payload Factory

The Quantum Payload Factory project is led by a London-based service provider, Arqit, and aims to establish the world’s first commercial Quantum Key Distribution (QKD) satellite constellation and pioneer global QKD networks.

AQuRand

This project addresses the need for certification of the truly unique randomness produced by Quantum random number generators (QRNGs), paving the way for certifying this technology through a UK-established assessment process.

AIRQKD

Nu Quantum are partnering with BT and other UK start-ups, Research and Technology Organisations (RTOs), and university partners, as part of a world-first trial of end-to-end quantum-secured communications for 5G and connected cars.

Partners

The initial step towards a future of

democratised quantum information

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