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EVIDENCE RECORD

Pasqal: what changed.

The recorded research and its supporting evidence.

This is a historical record. Read the current company research →

  1. 1 evidence source added · axis ratings unchanged

    Assessment reviewed 7 Sept 2026 · Research reviewed 7 Sept 2026
    What changed
    Evidence sources
    Added to this claim (1)
    Research evidence: Send a job to Fresnel
    Previously

    Documents real-QPU submission, live device specifications, hardware constraints and register calibration for the cloud-accessible Fresnel neutral-atom processor.

    Source title
    Send a job to Fresnel
    Source publication date
    Not recorded
    Source type
    technical
    Marked independent
    Not recorded
    Now

    Documents real-QPU submission, live device specifications, hardware constraints and register calibration for the cloud-accessible Fresnel neutral-atom processor.

    Source title
    Send a job to Fresnel
    Source publication date
    Not recorded
    Source type
    technical
    Marked independent
    Not recorded
    Where to look
    Overview; Get the Fresnel specs; Pre-calibrated/Arbitrary layouts; Send the job
    Source checked
    12 Nov 2026
    Source or product version
    Living Fresnel guide checked 12 November
    Limitations
    Hardware-specific constraints and layout calibration apply; emulator jobs are distinct.
    Retained for this claim (1)
    Research evidence: Quantum Sound for Liminals: JSC Collaborates with Artist Pierre Huyghe
    Previously

    Jülich reports using Pasqal’s 100-qubit JADE system for analog evolution and measurement, generating bitstrings used in a film sound design. The page exposes a last-modified date, not an original publication date.

    Source title
    Quantum Sound for Liminals: JSC Collaborates with Artist Pierre Huyghe
    Source publication date
    Not recorded
    Source type
    customer
    Marked independent
    Not recorded
    Now

    Jülich reports using Pasqal’s 100-qubit JADE system for analog evolution and measurement, generating bitstrings used in a film sound design. The page exposes a last-modified date, not an original publication date.

    Source title
    Quantum Sound for Liminals: JSC Collaborates with Artist Pierre Huyghe
    Source publication date
    Not recorded
    Source type
    customer
    Marked independent
    Not recorded
    Where to look
    Simulations of Vibrations in Matter
    Source checked
    12 Nov 2026
    Source or product version
    Current host-laboratory report checked 12 November; original publication date unrecorded
    Limitations
    Actual bitstrings used in artwork; no quantitative advantage or accuracy benchmark.
    Retained for this claim (1)
    Research evidence: Pulser
    Previously

    Documents an open-source Python library for designing and simulating pulse sequences on programmable neutral-atom arrays.

    Source title
    Pulser
    Source publication date
    Not recorded
    Source type
    technical
    Marked independent
    Not recorded
    Now

    Documents an open-source Python library for designing and simulating pulse sequences on programmable neutral-atom arrays.

    Source title
    Pulser
    Source publication date
    Not recorded
    Source type
    technical
    Marked independent
    Not recorded
    Where to look
    Overview; Where to start
    Source checked
    12 Nov 2026
    Source or product version
    Living Pulser overview checked 12 November
    Limitations
    Design/simulation library with device limits; no blanket hardware gate support.
    Retained for this claim (1)
    Research evidence: Pulse level programming with Pulser
    Previously

    Documents a Qadence-to-Pulser interface for constructing pulse-level programs. Software support does not establish that every represented gate is available on a cloud QPU.

    Source title
    Pulse-level programming with Pulser
    Source publication date
    Not recorded
    Source type
    technical
    Marked independent
    Not recorded
    Now

    Documents a Qadence-to-Pulser interface for constructing pulse-level programs. Software support does not establish that every represented gate is available on a cloud QPU.

    Source title
    Pulse-level programming with Pulser
    Source publication date
    Not recorded
    Source type
    technical
    Marked independent
    Not recorded
    Where to look
    Historical tutorial URL; current retrieval unavailable (12 November 2026 UTC)
    Limitations
    Historical tutorial destination returned 404 during the 12 November UTC retrieval. Use the separately labeled version 1.7.0 archive for this example; current operational access is documented by Fresnel and Pulser.
    Retained for this claim (1)
    Sources used in this record (6)

Recorded dates use UTC and show when QubitWire saved the comparison. Review dates show the evidence check; neither is a new claim about when the underlying event happened. This view preserves the original research and assessment methodology.

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