Company

QuiX Quantum GmbH

QuiX Quantum develops scalable photo­nic quantum compu­ters based on integra­ted photo­nics. The company is one of Europe’s leading provi­ders in this field and develops univer­sal, room-tempe­ra­ture-based quantum compu­ting systems for research, high-perfor­mance compu­ting, and indus­trial appli­ca­ti­ons. With locati­ons in the Nether­lands and Germany, QuiX Quantum is streng­thening European leader­ship in quantum computing. 

Services

  • Develo­p­ment of scalable photo­nic quantum compu­ters and integra­ted photo­nic proces­sors for research and industry.
  • High-perfor­mance photo­nic compon­ents and control systems for quantum compu­ting, quantum commu­ni­ca­tion, and integra­ted photonics.
  • Colla­bo­ra­tion with indus­try, research insti­tu­ti­ons, and public programs to develop and commer­cia­lize scalable quantum technologies. 

Contact

Robert Wittland

Chief Commer­cial Officer

Website

Stutt­gart

Activities

  • Carina – Univer­sal Photo­nic Quantum Compu­ter for the DLR Quantum Compu­ting Initiative

    Carina – Univer­sal Photo­nic Quantum Compu­ter for the DLR Quantum Compu­ting Initiative

    Develo­p­ment and delivery of a univer­sal photo­nic quantum compu­ter as part of the DLR Quantum Compu­ting Initia­tive to demons­trate scalable, measu­re­ment-based quantum compu­ting architectures.

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  • PACU – Photo­nic Assem­bly Control Unit

    PACU – Photo­nic Assem­bly Control Unit

    Develo­p­ment of a modular control platform for integra­ted photo­nic chips with high-precis­ion control of thousands of thermo-optical and electro-optical components

  • Alquor – Integra­ted Photo­nic Quantum Processors

    Alquor – Integra­ted Photo­nic Quantum Processors

    Commer­cial photo­nic proces­sors for research insti­tu­ti­ons, univer­si­ties, and indus­try partners to develop new quantum techno­lo­gies and applications.

  • Dedalo – Scalable Archi­tec­ture for Fault-Tolerant Photo­nic Quantum Computing

    Dedalo – Scalable Archi­tec­ture for Fault-Tolerant Photo­nic Quantum Computing

    Develo­p­ment of a scalable archi­tec­ture for logical qubits and future fault-tolerant quantum compu­ters as the founda­tion for utility-scale quantum computing.

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