Innovation Center Ulm

    COMIQC project: Kickoff for a novel quantum computer based on organic molecular crystals

    With designer molecules based on crystalline hydrocarbons, the COMIQC project is taking the technology for implementing qubits a step further: Our contractor NVision Imaging Technologies is using organic chemistry methods…

    DiNAQC

    A highly scalable digital quantum computer with 100 qubits based on neutral atoms

    KompaQD

    Compact quantum computing demonstrator for hardware-related training

    COMIQC

    A novel approach to building a quantum computer based on organic molecular crystals.

    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…

    Neutral atoms

    Quantum computers based on neutral atoms utilise the electronic structure of atoms as qubits. To do this, ultracold atoms are trapped in optical traps and their state is manipulated with…

    Multiverse Computing and Single Quantum support ALQU | Quantum Sensor Technology

    We were seeking companies to implement industry-relevant use cases on our DLR QCI quantum computers in the ALQU project. The bidding consortium Multiverse Computing × Single Quantum impressed us with…

    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…

    Contractor sought for project QCMobility | Tactical Planning Processes in Aviation

    Wir suchen Auftragnehmer für unser Projekt QCMobility, die uns im Teilprojekt Taktische Planungsprozesse im Luftverkehr bei der Definition und Lösung von Optimierungsproblemen unterstützen.

    Contractor wanted for BASIQ | Applications

    For our BASIQ project, we are looking for a contractor – preferably also a consortium – to test novel quantum algorithms on specific, industry-relevant material problems.

    Contractor sought for project QCMobility | Strategic Planning Processes in Aviation

    Wir suchen Auftragnehmer für unser Projekt QCMobility, die uns im Teilprojekt Strategische Planungsprozesse im Luftverkehr bei der Definition und Lösung von Optimierungsproblemen unterstützen. Im Fokus stehen dabei langfristige Planungsprozesse, die…

    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…

    Anabrid presents first prototype of the REDAC project

    The REDAC analogue computer project has reached a first important milestone: After a year of research and development, our contractor Anabrid presented the mREDAC, the first prototype of their analoge…

    D-fine & Planqc support DLR QCI project Klim-QML

    Our Klim-QML project has secured a contractor for the development and implementation of a prototype climate model based on quantum machine learning. A consortium of the consultancy D-fine and the…

    PiQ

    Improved photon sources for optical quantum computers.

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