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COMPANY RESEARCH · Software & applications

Phasecraft

Designs circuits and quantum algorithms for interacting-electron models and materials research. Its public database helps readers inspect estimated qubit and circuit-depth requirements for candidate materials.

Official website ↗
United Kingdom · Research reviewed 7 Sept 2026

Latest record: 1 evidence source added · axis ratings unchanged.

Review history 2 records

Record dates show when an assessment or clarification was saved. Review dates show the evidence check. Earlier records were recovered from QubitWire’s source history; no earlier score movement is inferred.

  1. 1 evidence source added · axis ratings unchanged

    Assessment reviewed 6 Sept 2026 · Research reviewed 7 Sept 2026
    What changed
    Research brief
    PreviouslyNone recorded
    NowInitial technology, access and evidence brief
    Evidence source
    PreviouslyNone recorded
    Nowhttps://materials.phasecraft.io/about/
    Sources in this record (6)
TECHNOLOGY & ACCESS

What it does. Where it fits.

Quantum algorithms: materials simulation and many-body physics

Who should look closer

Materials researchers and readers evaluating what quantum simulation experiments actually establish.

QubitWire’s editorial assessment of practical fit.

Explore materials resource estimates

The public database explains circuit resources and the modeling pipeline. These are resource estimates, not a cloud service that performs completed materials discovery.

Check the current access route ↗
DOCUMENTED EVIDENCE

What has been demonstrated

Two preprints report programmable Fermi-Hubbard dynamics using 56 qubits on Quantinuum H2 and 72 qubits on Google Willow. Both use exact classical checks where feasible and discuss comparisons with approximate methods.

What remains unresolved

A simplified electron model is not a completed commercial materials-discovery workflow. Exceeding exact state-vector simulation does not establish superiority over every approximate classical algorithm.

The next question to watch

Can these methods produce independently validated material predictions with a useful advantage after the full classical and quantum workflow is counted?

A research question, not a promised milestone.

QubitWire coverage

No published QubitWire stories currently match this organization. The evidence sources below provide the starting point.

CHECK THE ORIGINALS

Sources & evidence

  1. Fermionic dynamics on a trapped-ion quantum computer beyond exact classical simulationOrganization-originated source · 30 Oct 2025

    Phasecraft-associated researchers and Quantinuum collaborators report 56-qubit Hubbard-model dynamics with tractable exact checks.

  2. Programmable digital quantum simulation of 2D Fermi-Hubbard dynamics using 72 superconducting qubitsOrganization-originated source · 30 Oct 2025

    Researchers implement a 72-qubit Willow simulation and compare results with exact and approximate classical methods where feasible.

  3. Onset of Ergodicity Across Scales on a Digital Quantum ProcessorOrganization-originated source · 12 Mar 2026

    A Phasecraft-linked team reports Nighthawk experiments with system sizes up to 100 qubits and comparisons in classically accessible regimes.

  4. The Materials Modeling Quantum Complexity DatabaseOrganization-originated source · Publication date not stated

    Public database lists 46 materials with baseline and Phasecraft qubit/depth resource estimates plus structural-source information.

  5. Phasecraft ResearchOrganization-originated source · Publication date not stated

    Company research index links the reviewed hardware-experiment papers and other algorithm studies.

  6. Materials Modeling Quantum Complexity Database — Methodologytechnical · Publication date not stated

    Explains the classical materials-to-circuit pipeline, its variational-eigensolver focus, circuit-depth estimates and comparison against alternative circuit-construction methods.

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