neutral-atom-toolkit

Plugin neutral-atom-toolkit from marketplace pasqal in pasqal-io/agent-marketplace. Commands read from the repo's manifest — 9 days ago.

Skills (11)

• application-to-idea

  Scope a rough problem or application into a first technical idea for a neutral-atom (Rydberg) QPU: which documented Pulser method could serve it — MIS, QUBO, an Ising or XY simulation, a graph kernel — what would be measured, at what size, or an honest no-fit. Writes a note for idea-to-spec; use ide

• apply-genci-tgcc-cea

  Apply for QPU hours on Ruby (Pasqal Orion), the analogue neutral-atom machine at GENCI/CEA TGCC - via the French eDARI portal or the EuroHPC Quantum Access Pilot call - then get the TGCC computing account. For requests such as "apply for TGCC hours", "eDARI application", "apply for Ruby/Pasqal QPU a

• choose-access-method

  Decide which neutral-atom QPU access route to pursue - free CEA/GENCI/ EuroHPC access to Ruby (weeks of lead time, specific eligibility) versus Pasqal Cloud pay-as-you-go (today, any country, a card). For requests such as "how do I get QPU access", "which account should I use", "Pasqal Cloud vs CEA"

• create-pasqal-cloud-account

  Get access to Pasqal Cloud - create the account on portal.pasqal.cloud and optionally couple it to Google Cloud Marketplace, which is what makes real QPUs and the advanced emulators available. For requests such as "create a Pasqal Cloud account", "I need a PASQAL_PROJECT_ID", "subscribe to Pasqal on

• harvest-and-analyze

  Collect neutral-atom QPU bitstrings by batch ID once a submission has run, correct them for detection error, compute the target observable, compare it to the emulated baseline from validate-emu, and return an accept/reject verdict. Runs after a submission, never instead of one. Triggered by phrases

• idea-to-spec

  Turn a source describing a neutral-atom (Rydberg) experiment — a paper, a patent, a PDF, an arXiv ID, an idea note, or a protocol described in conversation — into a structured experiment_spec.json: register, drive, scan, observable, open questions. The spec is the input contract for spec-to-sequence

• noise-emulate

  Emulate a neutral-atom Pulser sequence's time evolution under the target Rydberg device's live noise model, producing noiseless and noisy trajectory curves with a quantile envelope. Asks where to run — this machine, a GPU cluster, or Pasqal Cloud emulators. Use this to study how noise shapes a signa

• qpu-submit

  Submit a neutral-atom experiment_spec.json plus its Pulser sequence file to a Rydberg QPU on Pasqal Cloud, with an optional pre-calibration batch that measures the device's Rabi frequency and Rydberg resonance and compensates the submitted jobs. Writes batch IDs for harvest-and-analyze. For a QPU re

• spec-to-sequence

  Generate a Pulser sequence builder for a neutral-atom (Rydberg) experiment from an experiment_spec.json. Output is a *_sequence.py with two standardised functions — build_sequence() and compute_observable() — consumed by validate-emu, qpu-submit and harvest-and-analyze. Triggered by phrases like "ge

• submit-to-cea

  Submit a Pulser parametric experiment to Ruby, the neutral-atom QPU hosted at CEA/TGCC on the irene supercomputer, over SSH — generate the job bundle, deploy it, launch the ccc_msub jobs, monitor them, collect the results, with no manual copying. The templates are TGCC-specific and say what a siblin

• validate-emu

  Scan a neutral-atom experiment_spec.json and its Pulser sequence, noiseless and noisy, and return a go/no-go on whether the signal survives the Rydberg device's noise well enough to be worth QPU time. Asks where to run: locally (free, small registers, offered first) or on Pasqal Cloud emulators at t

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