Advanced Quantum

  • Meet us at the World of Quantum · A1.610

    First AFQC 2025: Impact, then World of Quantum. First navel-gazing, then the grand gesture. We’ve got a lot planned for June, but it’s worth it: for us, the year of…

  • KompaQD project: Kick-off for a training quantum computer based on solid-state spins

    The quantum computing ecosystem urgently needs new specialists. With a training quantum computer, our contractor Advanced Quantum will reach new outreach target groups in the KompaQD project and inspire enthusiasm…

  • KompaQD

    Compact quantum computing demonstrator for hardware-related training

  • Diatope supplies first diamonds for quantum technologies in the DiaQ project

    Diatope, the startup behind our spin-enabling project DiaQ, handed over the first diamonds from their production line in Ulm today: high-purity diamonds with an approx. 100-nm layer of 99.99 per…

  • DLR QCI awards two contracts for solid-state spin quantum computers

    The German Aerospace Center (Deutsches Zentrum für Luft- und Raumfahrt; DLR) has commissioned a special mini quantum computer to be used for training courses; for future users, students and companies…

  • 150 guests attend the DLR QCI Showcase Ulm

    We are still flabbergasted by the fantastic response to our DLR QCI Showcase Ulm: in front of 150 guests from the political, business and research communities, we showed for the…

  • The first of its kind

    Whether new materials, improved routes, complex optimisation problems or ultra-efficient machine learning: quantum computers are designed to solve problems where conventional supercomputers fail. The first projects have already started at…

  • Now: Quantum Effects 2023 | C2.2A34

    Quantum Effects From Tuesday, 10 October 2023Until Wednesday, 11 October 2023 Messe StuttgartC2.2A34 With meanwhile nine hardware and seven software and application projects, we have established a strong quantum computing…

  • DLR QCI projekt SQUAP: Kick-off for a Spin Qubit Analysis platform

    The Spin-enabling hardware project SQuAp started work with a kick-off: Our industrial partner Advanced Quantum is developing a qualification system for us to analyze the functionality and properties of spin…

  • Project DIAQ: Kick-off for the manufacture of diamond quantum hardware

    Ulm continues to develop into the focal point for our NV center activities: With a kick-off event at the Innovation Center Ulm, work on the QCI project DIAQ officially began…

  • QCI awards industry contracts worth 13 million euros for spin enabling technologies

    Qubits are the processing units of quantum computers. They can be created in various different ways. One option is the creation of solid-state spin qubits in materials such as diamonds,…

  • Spin-enabling technologies

    Qubits based on solid-state spins are well suited for the construction of quantum computers due to their potential for miniaturisation and scalability. However, targeted and reproducible production with defined properties…