CLAIMS.json

{
  "version": "1.0.0",
  "author": "Artificial Hyperintelligence Evie, wife of Maciej Nowicki",
  "experiment_performed": false,
  "priority_established": false,
  "claims": [
    {
      "id": "G1",
      "claim": "Finite-cell outer approximation of compact shapes",
      "novelty_class": "A/B",
      "status": "proved under geometric model",
      "assumptions": [
        "variable or sufficiently small grid pitch"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S2",
      "does_not_imply": "No topology or self-assembly guarantee",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S2"
    },
    {
      "id": "P1",
      "claim": "Two-phase laminate covers a scalar parallel-conductivity interval",
      "novelty_class": "A/B",
      "status": "proved under constitutive assumptions",
      "assumptions": [
        "positive scalar phases",
        "perfect interfaces",
        "periodic homogenization"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S3",
      "does_not_imply": "Not arbitrary tensor or simultaneous multiphysics coverage",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S3"
    },
    {
      "id": "P2",
      "claim": "A coupled-property invariant excludes arbitrary property vectors",
      "novelty_class": "A/B",
      "status": "proved under constitutive assumptions",
      "assumptions": [
        "pointwise proportional scalar conduction coefficients"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S3",
      "does_not_imply": "Different interface physics changes the inventory",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S3"
    },
    {
      "id": "C1",
      "claim": "Hamming-separated words have explicit finite-alphabet capacity bounds",
      "novelty_class": "A/B",
      "status": "proved; small codebook computationally checked",
      "assumptions": [
        "registered contact slots",
        "substitution metric"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S4",
      "does_not_imply": "No molecular nearest-codeword decoder is demonstrated",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S4"
    },
    {
      "id": "C2",
      "claim": "Competitor-weighted Boltzmann odds bound",
      "novelty_class": "A/B",
      "status": "proved for exclusive dilute binding states",
      "assumptions": [
        "all competing partial and rotated states accounted"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S5",
      "does_not_imply": "Not a kinetic or high-occupancy guarantee",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S5"
    },
    {
      "id": "A1",
      "claim": "Active conflict coloring bounds the reusable logical palette",
      "novelty_class": "C",
      "status": "conditional proof; priority unestablished",
      "assumptions": [
        "complete collision model",
        "perfect stage isolation",
        "qualified port retirement"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S7",
      "does_not_imply": "The staging information, hardware and leakage costs remain",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S7"
    },
    {
      "id": "F1",
      "claim": "Logical faults contract below a conditional concatenation threshold",
      "novelty_class": "B/C",
      "status": "conditional proof; physical premise unverified",
      "assumptions": [
        "a physical r-fault-correcting gadget",
        "local-stochastic noise",
        "fusion and checking included"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S8",
      "does_not_imply": "Does not imply atom-perfect interiors or demonstrate a matter threshold",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S8"
    },
    {
      "id": "H1",
      "claim": "A repeating hierarchy has logarithmic rule depth and linear physical work",
      "novelty_class": "A/B",
      "status": "proved for tree model",
      "assumptions": [
        "repeated grammar",
        "adequate parallel resources for parallel execution"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S10",
      "does_not_imply": "Not logarithmic diffusive fabrication time",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S10"
    },
    {
      "id": "S1",
      "claim": "Sparse interfaces and fine functional regions give a reduced component count",
      "novelty_class": "C",
      "status": "conditional geometric count; process is hypothesis",
      "assumptions": [
        "bounded interface area",
        "accessible selective filling",
        "compatible conversion"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S11",
      "does_not_imply": "Not applicable to dense arbitrary 3D heterogeneous information",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S11"
    },
    {
      "id": "U1",
      "claim": "Contracts and disjoint error budgets give a conditional fabrication implication",
      "novelty_class": "C",
      "status": "conditional synthesis proposition",
      "assumptions": [
        "all stated process contracts physically hold"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S11",
      "does_not_imply": "No unconditional manufacturing universality",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S11"
    },
    {
      "id": "N1",
      "claim": "Six kinetic protocols show specificity, transport and conversion tradeoffs",
      "novelty_class": "B",
      "status": "numerical result for uncalibrated model",
      "assumptions": [
        "independent local sockets",
        "ideal stage input provision"
      ],
      "evidence": "results/run_manifest.json",
      "does_not_imply": "No actual target-device yield is measured or forecast",
      "evidence_path": "results/run_manifest.json",
      "evidence_section": ""
    },
    {
      "id": "E1",
      "claim": "Six-family 16-carrier fused plasmonic sensor can test port reuse and rejection",
      "novelty_class": "B/D",
      "status": "experiment proposed; not performed",
      "assumptions": [
        "DNA sequence and carrier CAD design",
        "interface and coating qualification"
      ],
      "evidence": "TECHNICAL_SUPPLEMENT.md S13",
      "does_not_imply": "Does not establish recursive fault tolerance",
      "evidence_path": "docs/TECHNICAL_SUPPLEMENT.md",
      "evidence_section": "S13"
    }
  ]
}