NV centers

  • All tests passed: DLR QCI accepts 4-qubit demonstrators SQ-RT and XQ1i

    All tests have been completed, the acceptance protocols have been signed and our contractors SaxonQ and XeedQ have been informed: The first quantum computer demonstrators have thus passed our acceptance…

  • Project SuNQC – SaxonQ delivers NV-center quantum computer to the Ulm Innovation Center

    The Leipzig-based quantum start-up SaxonQ has delivered the first quantum computer of the SuNQC project to us. It is a four-qubit system based on NV centers in diamond. Our hardware…

  • 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…

  • XQ1i: The first quantum computer of the DLR Quantum Computing Initiative

    With the delivery of our first quantum computer – a 4-qubit system based on NV centers from the Leipzig startup XeedQ – we will soon have reached a major milestone:…

  • XQi

    Robust, scalable NV centre quantum computer with more than 32 qubits.

  • Künstlicher Diamant

    DIAQ

    Production of qubit diamonds for room temperature quantum computers

  • QCI project XQi: Kick-off for NV centre quantum computer from Leipzig

    The Leipzig-based start-up XeedQ is building quantum computers based on NV centres for us. At the joint kick-off in the Ulm Innovation Centre, work began on the QCI project XQi,…

  • SQuAp

    Qualification system for analysing spin qubits in solids.

  • SuNQC

    Quantum computers based on ion-implanted NV centres in diamond

  • QCI orders NV center quantum computers worth 57 million euros

    Diamonds are fascinating structures made of carbon – they are harder than any other natural material, they are prized in jewellery, and they can advance quantum computing. One promising area…