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    Trapped-Ion Quantum Computers - cloud emulator and H-Series devices

    Danmarks Tekniske Universitet - DTU

    Trapped-Ion Quantum Computers - cloud emulator and H-Series devices

    1. Supplier selection

      Mar 10, 12:00 AMMarch 10, 2026 12:00 AM

    2. Result notice published

      Mar 11, 8:14 AMMarch 11, 2026 8:14 AM

    3. Change in result

      Jun 18, 6:52 AMJune 18, 2026 6:52 AM

    Brief

    Denmark: Tenders/Danmarks Tekniske Universitet - DTU/Trapped-Ion Quantum Computers - cloud emulator and H-Series devices

    Awarded

    The competition has ended and a winner has been selected.

    Qualification deadline
    Jun 17,Expired
    Award
    Procedure
    Without prior noticeTwo stages
    Agreement
    Buying goodsover 1 year

    Brief

    Danmarks Tekniske Universitet - DTU has entered into an agreement with Quantinuum to deliver cloud access to high-fidelity trapped-ion quantum computing hardware and its efficient emulation software for a research project in Byen København. The services, which include 80,000 HQC credits and 400,000 emulator credits, are for a duration of 1 year, with a total value of 840,000 USD. The project requires access to a quantum computing platform with fully connected qubits, capable of mid-circuit measurement, and efficient emulation software that can emulate hardware-specific noise, to demonstrate a novel Quantum Phase Estimation (QPE) algorithm on real quantum hardware.

    Datamaskinhandel og tilhørende utstyr

    Result

    TED
    • Quantinuum
      Winner
    • Number of bids
      1
    • Contract value
      $840,000

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    Award Criteria

    • Description

      Given the nature of the procurement, quality constituted a decisive factor

      Source

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    From the notice

    • Type: Cloud access to high fidelity trapped-ion quantum computing hardware, with fully connected qubits and capable of mid-circuit measurement, as well as cloud access to its efficient emulation software capable of emulating hardware-specific noise. Amount: HQC credits: 80,000 Emulator credits: 400,000 The research project, for which this quantum computing access is needed, aims to demonstrate a novel Quantum Phase Estimation (QPE) algorithm on real quantum hardware. The experiment targets an ion-trap platform with full connectivity and high-fidelity two-qubit gates that is ideally suited for testing the scalability and practical feasibility of energy-estimation algorithms in quantum chemistry. The project will compute ground-state energies of small to intermediate molecular Hamiltonians characterized by all-to-all fermionic interactions – systems that challenge traditional computational chemistry methods. By running the algorithm across systems of increasing size (range of several dozen qubits) and varying circuit depths (up to thousand two-qubit gates), the project will map the trade-off between precision and scalability.

    • Contact

      Anna Storchaasst@dtu.dk
    • Type
      Result · Prequalification
    • Location
      Byen København
    • Main code
      Super computer
      30211100

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