Martlet Capital

Nu Quantum is a Cambridge-based quantum technology company developing the networking infrastructure required to scale quantum computers. It produces quantum photonics hardware, including photon sources and detectors, and nano-engineered materials for quantum light generation and ultra-sensitive detection. The firm is building a complete hardware system to create entangled qubit networks by interconnecting computing cores into large distributed clusters, featuring a high-speed network interface, photonic switching fabric, and control systems. This entangled fabric enables secure exchange of cryptographic keys and underpins quantum encryption links for sensitive communications. Partnerships with leading quantum companies, governments, and research groups support the path to market.

Nu Quantum is a Cambridge-based quantum technology company developing the networking infrastructure required to scale quantum computers. It produces quantum photonics hardware, including photon sources and detectors, and nano-engineered materials for quantum light generation and ultra-sensitive detection. The firm is building a complete hardware system to create entangled qubit networks by interconnecting computing cores into large distributed clusters, featuring a high-speed network interface, photonic switching fabric, and control systems. This entangled fabric enables secure exchange of cryptographic keys and underpins quantum encryption links for sensitive communications. Partnerships with leading quantum companies, governments, and research groups support the path to market.

Nu Quantum is a Cambridge-based quantum technology company developing the networking infrastructure required to scale quantum computers. It produces quantum photonics hardware, including photon sources and detectors, and nano-engineered materials for quantum light generation and ultra-sensitive detection. The firm is building a complete hardware system to create entangled qubit networks by interconnecting computing cores into large distributed clusters, featuring a high-speed network interface, photonic switching fabric, and control systems. This entangled fabric enables secure exchange of cryptographic keys and underpins quantum encryption links for sensitive communications. Partnerships with leading quantum companies, governments, and research groups support the path to market.