{
  "$schema": "./evidence-states.schema.json",
  "registry_version": "1.0.0",
  "release": {
    "name": "HBF Research Preview 1.0 — p–¹¹B Reactivity Reproduction and AlphaTrack Validation Protocol",
    "date": "2026-08-21",
    "public_summary": "Internal software and numerical checks passed for declared cases. No independent scientific or experimental validation.",
    "external_review": "pending",
    "experimental_validation": "none"
  },
  "allowed_states": {
    "software_verification": ["not tested", "internal tests passed", "independently reproduced"],
    "numerical_verification": ["not assessed", "convergence demonstrated", "cross-solver agreement demonstrated"],
    "literature_reproduction": ["none", "partial", "reproduced within declared tolerance"],
    "independent_scientific_review": ["pending", "changes requested", "approved for declared use"],
    "experimental_validation": ["none", "pilot", "validated within declared domain"],
    "data_maturity": ["synthetic", "public experimental", "evaluated", "partner-controlled"]
  },
  "labs": {
    "fusionsim": {
      "name": "FusionSim — Reactivity and Power-Loss Research Preview",
      "intended_use": "Reproduce declared p–¹¹B reactivity calculations and explore a reduced zero-dimensional power-loss model inside named source domains.",
      "public_summary": "Internal tests and declared numerical checks passed; literature reproduction is partial. Independent review and experimental validation are absent.",
      "dimensions": {
        "software_verification": {"state": "internal tests passed", "basis": "Unit, property, schema, stale-state, and regression checks in the release package."},
        "numerical_verification": {"state": "convergence demonstrated", "basis": "Declared quadrature and refinement fixtures pass; no independent solver has reproduced the implementation."},
        "literature_reproduction": {"state": "partial", "basis": "Named source checkpoints and curves are implemented, but the independent peer-reviewed reproduction package remains a release gate."},
        "independent_scientific_review": {"state": "pending", "basis": "No named external reviewer has approved this release for a declared use."},
        "experimental_validation": {"state": "none", "basis": "No comparison to a controlled real-world fusion experiment is claimed."},
        "data_maturity": {"state": "evaluated", "basis": "Source records combine evaluated nuclear data and named publications; each selectable model retains its own domain and citation."}
      }
    },
    "nuclear-data": {
      "name": "Isotope and Nuclear Data Explorer",
      "intended_use": "Inspect versioned isotope masses, Q-values, selected reviewed channels, and source-bounded reaction-rate examples.",
      "public_summary": "Internally tested, source-traceable explorer using evaluated and published data. It is not a complete reaction database or an experimental validation.",
      "dimensions": {
        "software_verification": {"state": "internal tests passed", "basis": "Mass, conservation, schema, route, and deterministic event fixtures pass."},
        "numerical_verification": {"state": "not assessed", "basis": "This release does not make a numerical-convergence claim for every selectable channel."},
        "literature_reproduction": {"state": "partial", "basis": "Selected Q-values and rate checkpoints are compared with named records; coverage is intentionally incomplete."},
        "independent_scientific_review": {"state": "pending", "basis": "No external nuclear-data evaluator has approved the transformation and channel-selection layer."},
        "experimental_validation": {"state": "none", "basis": "The explorer presents data and reduced calculations; it is not validated against a new experiment."},
        "data_maturity": {"state": "evaluated", "basis": "Core mass records are pinned to AME2020 and supporting public nuclear-data sources."}
      }
    },
    "mirror-reactor": {
      "name": "Mirror Reactor Lab — Reduced Particle and Energy Model",
      "intended_use": "Explore a synthetic mirror-field particle and energy-accounting demonstration with explicit omissions and right-censored particle states.",
      "public_summary": "Reduced synthetic model with internal checks only. It is not a reactor design, MHD solution, performance prediction, or digital twin.",
      "dimensions": {
        "software_verification": {"state": "internal tests passed", "basis": "Determinism, event, energy-ledger, failure-state, and packaging checks pass."},
        "numerical_verification": {"state": "convergence demonstrated", "basis": "Declared time-step and window-refinement fixtures pass; cross-solver agreement is not established."},
        "literature_reproduction": {"state": "none", "basis": "No named reactor experiment or complete published mirror design is reproduced."},
        "independent_scientific_review": {"state": "pending", "basis": "No external plasma physicist has approved the reduced model for a declared use."},
        "experimental_validation": {"state": "none", "basis": "The scene and inputs are synthetic and do not represent an operating HBF reactor."},
        "data_maturity": {"state": "synthetic", "basis": "Default geometry, fields, particles, sensors, and energy channels are demonstration inputs."}
      }
    },
    "torus-orbit": {
      "name": "Torus Orbit Lab — Analytic Field and Orbit Model",
      "intended_use": "Study particles in a declared analytic toroidal field and inspect finite-window numerical behavior.",
      "public_summary": "Analytic field and particle-orbit model with internal refinement checks. It does not solve force balance, MHD equilibrium, stability, or transport.",
      "dimensions": {
        "software_verification": {"state": "internal tests passed", "basis": "Coordinate, field, orbit, invariant, schema, and UI-state checks pass."},
        "numerical_verification": {"state": "convergence demonstrated", "basis": "Declared step-size and invariant-refinement cases pass; no independent code comparison is complete."},
        "literature_reproduction": {"state": "none", "basis": "The release does not claim reproduction of a named toroidal confinement experiment."},
        "independent_scientific_review": {"state": "pending", "basis": "Independent plasma/orbit-model review has not occurred."},
        "experimental_validation": {"state": "none", "basis": "No experimental trajectory or device measurement is used as a validation referent."},
        "data_maturity": {"state": "synthetic", "basis": "The analytic field and particle ensembles are generated from declared demonstration inputs."}
      }
    },
    "alphatrack": {
      "name": "AlphaTrack — External CR-39 Validation Pilot",
      "intended_use": "Demonstrate a frozen, local-first image-analysis workflow on labelled synthetic imagery before a preregistered blinded real-data pilot.",
      "public_summary": "Synthetic regression demo only. No claim of real CR-39 accuracy, generalization, diagnostic performance, or experimental validation.",
      "dimensions": {
        "software_verification": {"state": "internal tests passed", "basis": "Frozen synthetic fixtures, determinism, threshold, review, export, and failure-state checks pass."},
        "numerical_verification": {"state": "not assessed", "basis": "A numerical-convergence claim is not applicable to the current thresholded synthetic demonstration."},
        "literature_reproduction": {"state": "none", "basis": "No published CR-39 benchmark result is reproduced by this frozen model."},
        "independent_scientific_review": {"state": "pending", "basis": "The pilot protocol requires partner and statistical review before data collection."},
        "experimental_validation": {"state": "none", "basis": "No licensed, blinded real CR-39 plate dataset is included or evaluated."},
        "data_maturity": {"state": "synthetic", "basis": "Bundled demonstration images and labels are synthetic."}
      }
    },
    "directconvert": {
      "name": "DirectConvert — Charged-Particle Conversion Research Preview",
      "intended_use": "Explore explicit ideal bounds and assumed loss-aware conversion stages with a closed numerical energy ledger.",
      "public_summary": "Assumption-driven reduced conversion model with internal checks. It is not hardware, an efficiency claim, or an engineering prediction.",
      "dimensions": {
        "software_verification": {"state": "internal tests passed", "basis": "Bounds, limits, optimizer, ledger, stale-state, seeded-study, and export checks pass."},
        "numerical_verification": {"state": "not assessed", "basis": "The release checks invariants and reproducibility but does not establish solver convergence for an engineering model."},
        "literature_reproduction": {"state": "none", "basis": "No complete direct-conversion apparatus or published efficiency curve is reproduced."},
        "independent_scientific_review": {"state": "pending", "basis": "No external reviewer has approved loss assumptions or the intended-use boundary."},
        "experimental_validation": {"state": "none", "basis": "No controlled hardware measurements are compared with model output."},
        "data_maturity": {"state": "synthetic", "basis": "Default stage factors and uncertainty distributions are declared assumptions."}
      }
    }
  },
  "lessons": {
    "gamow-shape": {"name": "Gamow Shape lesson", "status": "educational analytic calculation", "claim_boundary": "Normalized shape lesson, not an absolute reactor-rate prediction."},
    "fusion-configurations": {"name": "Fusion Configuration Primer", "status": "educational vocabulary map", "claim_boundary": "Conceptual comparison, not a device endorsement or engineering assessment."}
  }
}