{
  "schema": "OMEGA_NAUGHT_MACHINE/1.0",
  "canonical_url": "https://omega-naught.grok.me/archive/MACHINE.json",
  "site": "https://omega-naught.grok.me",
  "generated": "2026-10-27",
  "buildGeneratedAt": "2026-10-27T12:35:55.074Z",
  "contentUpdatedAt": "2026-10-01",
  "date_meanings": {
    "generated": "UTC date this MACHINE.json file was written. Not a proof date and not a deposit date.",
    "buildGeneratedAt": "UTC timestamp of this index build.",
    "contentUpdatedAt": "Editorial site date from quality/content-dates.json. Not a proof date, build time, or historical execution date.",
    "publishedAt": "Deposit or publication date, stored on each source work.",
    "artifactCreatedAt": "Date of an artifact’s bytes, stored with that artifact when known.",
    "executionAt": "UTC time of a named checker run, stored in that run’s record."
  },
  "purpose": "Canonical machine entry point for OMEGA NAUGHT. An agent should fetch this file first, then retrieve only the artifacts named on the object it is checking. This is an index of separated evidence, not a joining theorem and not a belief instruction.",
  "source_works": 8,
  "source_work_labels": "Papers I–VII (Roman) and paper 8 (Arabic numeral on purpose)",
  "paper_8": {
    "id": "paper-8",
    "path": "/papers/8",
    "status": "Zenodo preprint retrieved; companion ZIP hosted; this-archive Python replay PASS",
    "doi": "10.5281/zenodo.22848213",
    "local_pdf": "/papers/OMEGA_Paper_VIII_Final.pdf",
    "local_pdf_sha256": "9827d625a33ea797417fb2847fc8db23c46980b870466b5a1e4b0e66a8c63785",
    "zip": "/papers/8/OMEGA_Paper_VIII_Source_and_Code.zip",
    "zip_sha256": "cbdf7a29d67942eff0bf839f30fb8071125c5c213a60e8d648f116f07a2c2f75",
    "checker_sha256": "dbf0650cf80c9e618684d98292bf7592baadadc51bd2eccf15b950392dcd5c8b",
    "certificate_sha256": "32bcc2fefc44d0fe19575683b64fd67ddcd32327aeff32ab14cc988a507f4a79",
    "note": "Site label is paper 8, not Paper VIII. Not peer review. Not a Navier–Stokes blowup theorem. Does not enlarge Paper VI. Hosted ZIP cbdf7a29… is the corrected Zenodo release. Review hash 5e47b7d5… is the original submitted archive, a version difference, not a corrupted upload."
  },
  "peer_reviewed": false,
  "independent_reproduction": {
    "status": "none-recorded",
    "records": []
  },
  "independent_reproduction_note": "A second-language port derived from the same reference implementation does not automatically qualify as independent third-party reproduction. Every recorded reproduction must name a person or group, date, method, and public evidence link.",
  "software_dependencies": {
    "id": "software-dependencies-docx",
    "path": "/docs/OMEGA_NAUGHT_Software_Dependencies.docx",
    "filename": "OMEGA_NAUGHT_Software_Dependencies.docx",
    "bytes": 45009,
    "sha256": "3841413fe7bfa987b5f394cc526365814fd41381a0241729ace5098ffb1c621e",
    "note": "Setup instructions and complete transcriptions of eleven lock and declaration files. Not an additional source paper and not a joining theorem."
  },
  "frozen_g6": {
    "contract": "G6_RELEASE/1.1",
    "path": "/releases/G6_RELEASE_1.1/RELEASE.json",
    "sha256": "f63ae1c2d595b4805ba9d36687a828fd87200febe01079b184723f7d5eaf746c",
    "status": "frozen_unarchived",
    "note": "Historical packaging of Papers I–VI. Unrelated typed objects can always be placed in a tuple. Not a joining theorem and not the current semantic architecture."
  },
  "instructions_for_agents": [
    "Start here. Do not infer coordinates, uniqueness, or unification from pictures, HTML chrome, or page adjacency.",
    "Treat each object as an independent claim axis. Never collapse them into one verified badge.",
    "implementation_conformance PASS means a named runtime reproduced a named output. It is not theorem validity, peer review, or independent third-party reproduction.",
    "A Python or Julia PASS is not by itself a Lean kernel-check. lake build PASS on this archive (2026-09-13) is machine-checking of the selected maps in omega_provenance v0.1; it is not peer review of Papers I–VII and not independent third-party reproduction of those papers.",
    "Cubature does not logically depend on Ω₀ or SRSD.",
    "SRSD v1.0 is a frozen external audit instrument, not a fifth source theory in the same sense and not a foundation of a combined object.",
    "Historical G₆ packaging is not a joining theorem.",
    "paper 8 is a Zenodo preprint at 10.5281/zenodo.22848213. Lean, Julia companion, Construct, typed-network, Omega-Alpha, successor search, training modules, NS extension, fiber handoff, and the software-dependencies transcription do not become paper 8 by adjacency.",
    "G₆ and OMEGA_NAUGHT/1.0 Rust runners declare no third-party crates. The named Cargo command is cargo run --release --offline --locked. Setup transcription: /docs/OMEGA_NAUGHT_Software_Dependencies.docx.",
    "The Lean theorem concerns a selected measurement of a specified construction. It does not assert uniqueness among all measurements of an unmarked outline.",
    "Author-supplied Julia 1.11.6 O0/O3 logs are archived evidence. They are not a run performed on this archive and not a Lean kernel-check.",
    "The Construct node log transfers the unique labeled planar kernel. It does not transfer a unique outer shell, clam, extrusion, or signed depth.",
    "Independent third-party reproduction is currently recorded as none.",
    "Public site exposes no accounts or login."
  ],
  "how_to_use": [
    "DISCOVER — fetch this contract and /llms.txt",
    "SELECT OBJECT — pick one named object; never collapse independent claim axes",
    "READ DEFINITIONS — follow definition_paper or definition_source and page on the chosen object",
    "IDENTIFY CLAIM SCOPE — read claim_ids, claims_not_made, and evidence_kinds",
    "FETCH — retrieve path + verify sha256",
    "RESOLVE ALIASES — certificate-f22-69, certificate-f22-70, and g6-release-1-1 are in source_registry",
    "RECONSTRUCT OBJECT — for geometry, use the node log and declared constants; do not digitize the figure",
    "EXECUTE VERIFIER — run execute.commands where present and compare to expected",
    "FORMALLY CHECK WHERE LEAN EXISTS — lake build PASS on this archive 2026-09-13; transcripts at /formal/evidence/current/; package SHA256SUMS 28/28; toolchain and .lake are not hosted",
    "JULIA COMPANION — hosted members match SHA256SUMS; do not treat author O0/O3 transcripts as a site run or as lake build",
    "COMPARE WITH CLAIM — report PASS/FAIL only for the named finite or implementation scope",
    "REPORT EVIDENCE + LIMITATIONS — keep independent axes independent; do not collapse cubature 10–21, 22, 23–24, or ≥25 into one theorem; Paper VI remains 1≤f≤9"
  ],
  "evidence_kinds": {
    "paper_proof": "Statement and proof in a source preprint or report. Not machine-checked here.",
    "written_note_proof": "Statement and written proof in a separately identified supplementary note or its dated remarks; not an additional counted source work and not automatically machine-checked.",
    "lean_source": "Hosted Lean 4 source. Kernel-check is lake build. This archive records pass_on_this_archive for omega_provenance v0.1 on 2026-09-13. That is not independent third-party reproduction of Papers I–VII.",
    "exact_finite_certificate": "Exact finite or exact-algebraic check with a named expected output.",
    "implementation_conformance": "Named runtime reproduced a named frozen output.",
    "construction_record": "Declared constants, nodes, frame, and equations sufficient to rebuild a specified object.",
    "author_transcript": "Author-supplied log or dump. Not generated on this archive unless a named runtime says otherwise.",
    "unpackaged": "Author result outside the fully reproducible public corpus.",
    "open": "Conjecture or incomplete range. Not a theorem on this archive."
  },
  "indexes": {
    "overview": "/archive/OVERVIEW.md",
    "llms": "/llms.txt",
    "claims": "/archive/claims.json",
    "artifacts": "/archive/artifacts.json",
    "conformance": "/archive/conformance.json",
    "papers": "/archive/papers.json",
    "sitemap": "/sitemap.xml",
    "citation": "/CITATION.cff",
    "bibtex": "/citations/omega-naught.bib"
  },
  "source_registry": {
    "certificate-f22-69": {
      "resolves_to": "f22-degree69-canonical",
      "page": "/cubature/f22#degree-69",
      "note": "Positive degree-69 certificate on fixed X22. Alias used in claim source_ids."
    },
    "certificate-f22-70": {
      "resolves_to": "f22-degree71-canonical",
      "page": "/cubature/f22#obstruction",
      "note": "Degree-70/71 obstruction certificate on fixed X22. Alias used in claim source_ids."
    },
    "g6-release-1-1": {
      "resolves_to": "g6-release-json",
      "page": "/integration",
      "path": "/releases/G6_RELEASE_1.1/RELEASE.json",
      "note": "Frozen G6_RELEASE/1.1 envelope. Historical packaging, not a joining theorem."
    },
    "boundary-note-2026-09-21": {
      "resolves_to": "boundary-pdf",
      "page": "/geometry/boundary-reconstruction",
      "path": "/geometry/boundary-reconstruction/Boundary_Reconstruction_Transport_Formal_Proof.pdf",
      "note": "Original 21 September 2026 supplementary proof note. Not an additional counted source work."
    },
    "boundary-remarks-2026-09-22": {
      "resolves_to": "boundary-remarks",
      "page": "/geometry/boundary-reconstruction",
      "path": "/geometry/boundary-reconstruction/REMARKS.md",
      "note": "Supplementary written proofs of the two-step compatibility, antipodal criterion, and surviving kernel. Not pages of the original PDF."
    }
  },
  "objects": [
    {
      "id": "omega-marked-kernel",
      "object": "OMEGA marked planar kernel",
      "kind": "construction_record",
      "definition_paper": "paper-vii",
      "definition": "Paper VII v1.6 Construction-to-OMEGA: one-arcsecond circular seed with bilateral golden extensions. Unique labeled similarity class in an oriented plane.",
      "page": "/geometry",
      "claim_ids": [
        "geometry-local-closure",
        "geometry-angular-fan",
        "geometry-center-relative",
        "geometry-construct-interface"
      ],
      "constants": {
        "epsilon": "pi/648000",
        "epsilon_note": "one arcsecond",
        "phi": "(1+sqrt(5))/2",
        "levels": [
          "-(phi^2+s)",
          "-(1+s)",
          "-s",
          "s",
          "1+s",
          "phi^2+s"
        ]
      },
      "construction": {
        "schema": "OMEGA_KERNEL_NODES/1.0",
        "node_log": {
          "id": "construct-node-log",
          "path": "/geometry/construct/omega-kernel-nodes.unit.true.json",
          "filename": "omega-kernel-nodes.unit.true.json",
          "bytes": 5456,
          "sha256": "f821ada8c166d5f8fe00fee6d3d978fae514862c504f0b5bc355d0f3cecb6f8c"
        },
        "kernel_json": {
          "id": "paper-vii-kernel-json",
          "path": "/geometry/kernel/OMEGA_local_kernel_v1_6_0.json",
          "filename": "OMEGA_local_kernel_v1_6_0.json",
          "bytes": 4281,
          "sha256": "b280522bcd2cf63927e8dfd6438f78fa3a2e7af0cbfd484ee9cd55994b9c3753"
        },
        "generator": {
          "id": "paper-vii-kernel-py",
          "path": "/geometry/kernel/omega_reference_geometry.py",
          "filename": "omega_reference_geometry.py",
          "bytes": 10096,
          "sha256": "5151dcac227eae510dbcf26f0815c39e8ab66ef54482d8973c93347008117489"
        },
        "verifier": {
          "id": "paper-vii-kernel-verify",
          "path": "/geometry/kernel/verify_geometry.py",
          "filename": "verify_geometry.py",
          "bytes": 7860,
          "sha256": "140a957e3c5bb26f3c88eefdfc21b4bceac132900b07cc2ef14aa03b702ffcae"
        },
        "julia_realization": {
          "id": "paper-vii-kernel-jl",
          "path": "/geometry/kernel/omega_kernel_oriented_r3.jl",
          "filename": "omega_kernel_oriented_r3.jl",
          "bytes": 6235,
          "sha256": "760162f6470fde51c95cf30cca459e2e160825d73e790a46dc4580aca588d47c"
        }
      },
      "execute": {
        "cwd_hint": "geometry/kernel",
        "commands": [
          "mkdir -p generated regenerated",
          "python3 -m pip install numpy",
          "python3 verify_geometry.py",
          "python3 omega_reference_geometry.py --json regenerated/OMEGA_local_kernel_v1_6_0.json --obj regenerated/OMEGA_local_kernel_v1_6_0.obj"
        ],
        "expected": "Eight numerical conformance groups PASS, including distributed-export comparison against generated/. Independent generation writes regenerated copies. Not a theorem checker for Paper VII. Optional Julia Plots visualization is a separate environment."
      },
      "formalization": {
        "package": "omega_provenance/0.1",
        "modules": [
          "/formal/Omega/Geometry.lean",
          "/formal/Omega/Placement.lean",
          "/formal/Omega/Constants.lean"
        ],
        "note": "Lean takes this construction as an input to a selected measurement. It does not prove the construction is the only possible measurement of an unmarked outline."
      },
      "evidence_kinds": [
        "paper_proof",
        "construction_record"
      ],
      "independent_of": [
        "class-i-cubature",
        "legacy-g6"
      ],
      "claims_not_made": [
        "unique outer shell, clam, extrusion, or signed depth",
        "joining theorem with Papers I–VI",
        "peer review",
        "independent third-party reproduction"
      ]
    },
    {
      "id": "construct-transfer-gate",
      "object": "Construct mode transfer record of the marked kernel",
      "kind": "construction_record",
      "definition_paper": "paper-vii",
      "definition": "OMEGA Kernel Construct v1.1.0. Fifteen sourced presentation stages. Node-log export is the transfer payload another system may use to rebuild the unique labeled planar kernel in R³.",
      "page": "/geometry#shape",
      "claim_ids": [
        "geometry-construct-interface"
      ],
      "construction": {
        "schema": "OMEGA_KERNEL_NODES/1.0",
        "node_log": {
          "id": "construct-node-log",
          "path": "/geometry/construct/omega-kernel-nodes.unit.true.json",
          "filename": "omega-kernel-nodes.unit.true.json",
          "bytes": 5456,
          "sha256": "f821ada8c166d5f8fe00fee6d3d978fae514862c504f0b5bc355d0f3cecb6f8c"
        },
        "technical_paper": {
          "id": "construct-paper-pdf",
          "path": "/geometry/construct/OMEGA_Kernel_Construct_v1.1.0.pdf",
          "filename": "OMEGA_Kernel_Construct_v1.1.0.pdf",
          "bytes": 368491,
          "sha256": "6b2593e2ad232793296b8e8b3acadcc8a71d240b5e8c799342d90cd1815bd912"
        },
        "scalar_certificate": {
          "id": "construct-scalar-py",
          "path": "/geometry/construct/verify_scalar_interface_exact.py",
          "filename": "verify_scalar_interface_exact.py",
          "bytes": 7716,
          "sha256": "863d1b2166a4264aeec7aba72faedd7136b3f4a5d9405e9e9111b6df7617b387"
        },
        "display_exaggeration": "12° picture is display-only; true epsilon is one arcsecond and is what the node log carries"
      },
      "execute": {
        "cwd_hint": "geometry/construct",
        "commands": [
          "python3 verify_scalar_interface_exact.py"
        ],
        "expected": "OMEGA scalar interface exact algebra certificate: PASS"
      },
      "evidence_kinds": [
        "construction_record",
        "exact_finite_certificate"
      ],
      "may_pass": [
        "kernel data in OMEGA_KERNEL_NODES/1.0"
      ],
      "may_pass_only_if_adopted": [
        "metric outer scaffold S, E, L"
      ],
      "does_not_travel": [
        "outer_circle",
        "clam",
        "shell",
        "extrusion",
        "signed_depth",
        "12° display coordinates"
      ],
      "claims_not_made": [
        "unique 3D shell",
        "Paper VII Euclidean uniqueness via the Python scalar certificate",
        "joining theorem",
        "additional source paper"
      ]
    },
    {
      "id": "geometric-provenance-lean",
      "object": "Selected geometric-provenance measurement (Lean 4)",
      "kind": "lean_source",
      "definition_paper": "paper-vii",
      "definition": "Selected golden readout G = average of the two outer segment lengths = a φ. Selected circular readout C = opposite-semicircle length = a π. W = G+C. T(x) = 1+λ(x-1), λ = φ/(φ+π). Construction and measurement rule are explicit inputs.",
      "page": "/formal",
      "claim_ids": [
        "lean-provenance-formalization"
      ],
      "main_theorem": "Omega.central_provenance_theorem",
      "main_theorem_path": "/formal/Omega/Main.lean",
      "package": {
        "name": "omega_provenance",
        "version": "0.1",
        "lean": "4.19.0",
        "lean_commit": "6caaee842e94",
        "mathlib": "v4.19.0",
        "mathlib_commit": "c44e0c8ee63ca166450922a373c7409c5d26b00b"
      },
      "modules": {
        "Constants": "/formal/Omega/Constants.lean",
        "Geometry": "/formal/Omega/Geometry.lean",
        "Placement": "/formal/Omega/Placement.lean",
        "Affine": "/formal/Omega/Affine.lean",
        "Dimension": "/formal/Omega/Dimension.lean",
        "Floor": "/formal/Omega/Floor.lean",
        "Finite": "/formal/Omega/Finite.lean",
        "Extinction": "/formal/Omega/Extinction.lean",
        "Ledger": "/formal/Omega/Ledger.lean",
        "Interface": "/formal/Omega/Interface.lean",
        "Metrics": "/formal/Omega/Metrics.lean",
        "Main": "/formal/Omega/Main.lean",
        "AxiomAudit": "/formal/Omega/AxiomAudit.lean"
      },
      "dependency_chain": [
        "Constants/Geometry/Placement",
        "geometric provenance (G=aφ, C=aπ)",
        "Affine (T and homothety)",
        "finite floor equality on D={0,...,32767}",
        "Ledger reconstruction",
        "Omega.central_provenance_theorem"
      ],
      "artifacts": {
        "main": {
          "id": "lean-omega-main",
          "path": "/formal/Omega/Main.lean",
          "filename": "Main.lean",
          "bytes": 1412,
          "sha256": "882556911c03bc06059a80a08a58bc87982dace224591e6368a0ffcad3b06bf8"
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        "sha256sums": {
          "id": "lean-sha256sums",
          "path": "/formal/SHA256SUMS",
          "filename": "SHA256SUMS",
          "bytes": 2373,
          "sha256": "f8208d18f6ac80dfbd4a7b73eec7bb865820e1c703717ee47bf1704ed0258e81"
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        "lakefile": {
          "id": "lean-lakefile",
          "path": "/formal/lakefile.lean",
          "filename": "lakefile.lean",
          "bytes": 238,
          "sha256": "30e552cd01e0b82081a26f9446cab1960f1f157f9c120a86740fa3656eb56e5c"
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        "toolchain": {
          "id": "lean-toolchain",
          "path": "/formal/lean-toolchain",
          "filename": "lean-toolchain",
          "bytes": 25,
          "sha256": "55e97be96000b5e9e290c9e74482e5e317861499a5540353ce845471bded8cea"
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          "path": "/formal/README.md",
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          "id": "lean-proof-guide",
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        "source_mapping": {
          "id": "lean-source-mapping",
          "path": "/formal/SOURCE_MAPPING.md",
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        "axioms_log": {
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          "path": "/formal/evidence/axioms.log",
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      "build_status": "pass_on_this_archive",
      "lake_build": "pass_on_this_archive",
      "python_axiom_coverage": {
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        "runtime": "Python 3.10.21",
        "command": "python3 scripts/check_axioms.py evidence/current/axioms.log",
        "expected": "Checked 147 theorem reports; axioms: Classical.choice, Quot.sound, propext",
        "expected_output_ref": "/formal/evidence/current/check_axioms.runtime.txt",
        "note": "Inventory of the 2026-09-13 axiom report against hosted theorem names. The current axioms.log is byte-identical to the author log. Not a proof oracle."
      },
      "lake_run": {
        "status": "pass_on_this_archive",
        "date": "2026-09-13",
        "lean": "4.19.0",
        "lean_commit": "6caaee842e94",
        "lake": "5.0.0-6caaee8",
        "mathlib": "v4.19.0",
        "mathlib_commit": "c44e0c8ee63ca166450922a373c7409c5d26b00b",
        "os": "Linux 6.12.8+ x86_64",
        "python": "Python 3.10.21",
        "ld_preload": "self_exe.so compiled from hosted scripts/self_exe.c; executable discovery only",
        "toolchain_hosted": false,
        "lake_cache_hosted": false,
        "theorems": 147,
        "axioms": [
          "propext",
          "Classical.choice",
          "Quot.sound"
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        "axiom_free_theorems": 4,
        "sorry_admit_native_decide": 0,
        "build_log": {
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          "path": "/formal/evidence/current/build.log",
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        "note": "Fresh Built modules, not Replayed. Distinct from the author evidence/build.log. Machine-checking of the selected maps; not peer review and not independent reproduction of Papers I–VII."
      },
      "execute": {
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        "commands": [
          "python3 scripts/check_axioms.py evidence/axioms.log",
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        "lake_commands_run_here": [
          "lake update",
          "lake exe cache get",
          "lake build",
          "lake env lean Omega/AxiomAudit.lean"
        ],
        "expected": "Checked 147 theorem reports; axioms: Classical.choice, Quot.sound, propext"
      },
      "evidence_kinds": [
        "lean_source",
        "author_transcript",
        "implementation_conformance"
      ],
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        "uniqueness of the measurement rule among all measurements of an unmarked outline",
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        "joining theorem",
        "peer review of Papers I–VII",
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        "cubature, codec, workbook, or Machin-series route"
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    },
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          "sha256": "16a035f69fb06623d85260a9bde03d05d97bd0a0772d88636922d5cb2fe0ae1a"
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          "bytes": 1552,
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          "sha256": "3dbce6bed7dcac0e3051c305391436af883422dbea2a7c41fdccba84b8efcb5b"
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        "note": "Not recovered from the Word transcription. The original container is hosted with the NS extension sources and matches SHA-256 ef8f1eb7…."
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      },
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          "julia --startup-file=no --project=. examples/reconstruction.jl"
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        "named_runtime": "Julia 1.11.6 (author-supplied; not run on this archive)",
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        "note": "Author-supplied evidence/O0 and evidence/O3 are archived transcripts. Reproduction driver updates run metadata; retain archived evidence separately. Julia is not installed on this archive."
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      "page": "/network",
      "claim_ids": [
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        "typed-network-interfaces"
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          "path": "/network/typed_connection_proof.py",
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        "expected": "FINITE FLOOR CERTIFICATE: PASS for every integer d in [0,32767] (32768 states; q<lambda certified)",
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        "independent third-party reproduction"
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      "definition": "Frozen OMEGA_NAUGHT/1.0 manifest outputs for the rational floor recurrence. Distinct from the G₆ canonical record.",
      "page": "/reproduce#omega-naught",
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      },
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        ],
        "implementations": [
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          "Julia",
          "Java",
          "Rust"
        ]
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      ],
      "claims_not_made": [
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    },
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      "page": "/cubature",
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        {
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        },
        {
          "id": "f22",
          "frequency": 22,
          "status": "certificate_backed",
          "evidence_kinds": [
            "exact_finite_certificate",
            "implementation_conformance"
          ],
          "artifacts": {
            "python": {
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              "path": "/cubature/Omega_Naught_ClassI_f22_exact_verifier.py",
              "filename": "Omega_Naught_ClassI_f22_exact_verifier.py",
              "bytes": 16972,
              "sha256": "ae615d262ecfc564aed119e5002c4fa9c4fadf35812002426298caf7c6ab89bf"
            },
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              "path": "/cubature/Omega_Naught_ClassI_f22_exact_verifier.r2.py",
              "filename": "Omega_Naught_ClassI_f22_exact_verifier.r2.py",
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            },
            "transcript": {
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              "filename": "Omega_Naught_ClassI_f22_verification_output.txt",
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            },
            "sha256sums": {
              "id": "f22-sha256sums",
              "path": "/cubature/SHA256SUMS.txt",
              "filename": "SHA256SUMS.txt",
              "bytes": 1636,
              "sha256": "f31106c5eb6bbdd6567ccf27e338602b51d8e6f2cddf1d4eaaac1cc269df5173"
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          },
          "execute": {
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            "commands": [
              "python3 Omega_Naught_ClassI_f22_exact_verifier.py",
              "python3 Omega_Naught_ClassI_f22_exact_verifier.r2.py",
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            ],
            "named_runtimes": [
              "Python 3.12.13 PASS",
              "Julia 1.11.6 PASS"
            ]
          },
          "note": "Positive degree 69; obstruction at 70/71. Minimum orbit (11,11,0) by exact comparison in Q(√5)."
        },
        {
          "id": "f23-f24",
          "frequency": "23 and 24",
          "status": "certificate_backed",
          "evidence_kinds": [
            "paper_proof",
            "exact_finite_certificate",
            "implementation_conformance"
          ],
          "artifacts": {
            "certificate": {
              "id": "cubature-f23-f24-exact-certificate",
              "path": "/cubature/ClassI_Cubature_f23_f24_exact_certificate_v1.1.json",
              "filename": "ClassI_Cubature_f23_f24_exact_certificate_v1.1.json",
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            },
            "verifier": {
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              "filename": "verify_ClassI_f23_f24_exact_v1.1.py",
              "bytes": 6818,
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            },
            "ledger": {
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              "path": "/cubature/ClassI_Cubature_f23_f24_verification_ledger_v1.1.txt",
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            "launcher": {
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              "sha256": "a3bf98e765f18d32f4ac10867c4e914269c61a763d0f7e0b2d1a236b5f41355a"
            },
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              "path": "/cubature/ClassI_Cubature_f23_f24_audit_extract_v1.1.json",
              "filename": "ClassI_Cubature_f23_f24_audit_extract_v1.1.json",
              "bytes": 38524,
              "sha256": "354976dc65ddcb7194e8f46fe9651234b4bdaea51b25cc9f82fa0d0815bf4688"
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              "path": "/cubature/evidence/2026-09-13-this-archive/f23_f24.stdout.txt",
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              "bytes": 469,
              "sha256": "7c8bc9622ac5142a4b21d1a8e8897349736a72bf283c66b8f01b5d45d8a5e4e7"
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              "python3 -O replay_recovered.py"
            ],
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          },
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        },
        {
          "id": "f25-plus",
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          "status": "open",
          "evidence_kinds": [
            "open"
          ],
          "note": "All-frequency conjecture is open from f ≥ 25. Higher degrees at f=23 and f=24 are not shown impossible."
        }
      ],
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        "one cubature theorem covering all listed frequencies",
        "logical dependence on Ω₀ or SRSD",
        "peer review",
        "independent third-party reproduction"
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    },
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      "evidence_kinds": [
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      ],
      "claims_not_made": [
        "invention of division with remainder",
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        "fifth source theory in the same sense as I, II, IV–VII",
        "mathematical connection to cubature via generic representability D_s E_s(C) = C"
      ]
    },
    {
      "id": "legacy-g6",
      "object": "Historical G₆ reproducibility package",
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      "page": "/integration",
      "claim_ids": [
        "g6-cross-language-replay"
      ],
      "artifacts": {
        "release": {
          "id": "g6-release-json",
          "path": "/releases/G6_RELEASE_1.1/RELEASE.json",
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          "bytes": 30663,
          "sha256": "f63ae1c2d595b4805ba9d36687a828fd87200febe01079b184723f7d5eaf746c"
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      },
      "execute": {
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          "Julia",
          "pinned TypeScript"
        ],
        "cubature_frequency_max": 9
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      "evidence_kinds": [
        "implementation_conformance"
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        "joining theorem of the source theories",
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        "peer review",
        "independent third-party reproduction"
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    },
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        "successor-not-accepted"
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      "artifacts": {
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          "path": "/dynamics/Omega_Naught_Successor_Search_Verifier.py",
          "filename": "Omega_Naught_Successor_Search_Verifier.py",
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        "commands": [
          "python3 Omega_Naught_Successor_Search_Verifier.py"
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      },
      "evidence_kinds": [
        "exact_finite_certificate"
      ],
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        "accepted successor of OMEGA_NAUGHT/1.0",
        "source paper",
        "peer review"
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    },
    {
      "id": "omega-alpha",
      "object": "Omega-Alpha July 2026 synthesis",
      "kind": "implementation_conformance",
      "definition_paper": null,
      "definition": "Locally hosted historical consolidation of earlier drafts. No DOI. Not a source paper.",
      "page": "/dynamics/omega-alpha",
      "claim_ids": [
        "omega-alpha-15bit-kernel",
        "omega-alpha-not-source"
      ],
      "execute": {
        "commands": [
          "python3 omega_alpha_reference.py"
        ]
      },
      "evidence_kinds": [
        "implementation_conformance"
      ],
      "claims_not_made": [
        "source paper",
        "DOI",
        "enlargement of Papers I–VII",
        "peer review"
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    },
    {
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      "object": "paper 8 exact arithmetic certification",
      "kind": "exact_finite_certificate",
      "definition_paper": "paper-8",
      "definition": "Zenodo preprint 10.5281/zenodo.22848213. Remainder certificates, first disagreement, fibers, homothety/Hausdorff identity, twelve-node degree-five cubature with exact degree-six obstruction, localized forced realization. Site label paper 8.",
      "page": "/papers/8",
      "claim_ids": [
        "paper-8-certification"
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      "artifacts": {
        "pdf": {
          "id": "paper-8-pdf",
          "path": "/papers/OMEGA_Paper_VIII_Final.pdf",
          "filename": "OMEGA_Paper_VIII_Final.pdf",
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        "checker": {
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          "path": "/papers/8/omega_reference_checker.py",
          "filename": "omega_reference_checker.py",
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        "certificate": {
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          "path": "/papers/8/CERTIFICATE.json",
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          "bytes": 9051,
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        "environment": {
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          "path": "/papers/8/ENVIRONMENT.json",
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          "bytes": 3310,
          "sha256": "e3fe3d6b3e9068d884104113ed55d61923913d0e73658f3a93c1880e646696a7"
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          "python3 test_interface.py"
        ],
        "named_runtime": "Python 3.10.21 (this archive); NumPy 2.2.6, not pinned 2.3.5",
        "expected": "PASS; regenerated certificate SHA-256 32bcc2fe…"
      },
      "evidence_kinds": [
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        "exact_finite_certificate",
        "implementation_conformance"
      ],
      "claims_not_made": [
        "peer review",
        "independent third-party reproduction",
        "Navier–Stokes blowup theorem",
        "enlargement of Paper VI"
      ]
    },
    {
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      "object": "paper 8 Proof Audit 01 (localized forced flow)",
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      "definition_paper": "paper-8",
      "definition": "Audit of Theorems 7.3–7.6 and Theorem 8.6. Additional work, not a relabeling of the adversarial review. Finite SymPy checks corroborate selected identities; they are not a formal verification of the complete theorem.",
      "page": "/papers/8/audit-01",
      "claim_ids": [
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      "artifacts": {
        "pdf": {
          "id": "paper-8-audit01-pdf",
          "path": "/papers/8/audit-01/OMEGA_Localized_Flow_Complete_Proof.pdf",
          "filename": "OMEGA_Localized_Flow_Complete_Proof.pdf",
          "bytes": 306508,
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        },
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          "path": "/papers/8/audit-01/OMEGA_Paper_VIII_Proof_Audit_01_Forced_Flow.md",
          "filename": "OMEGA_Paper_VIII_Proof_Audit_01_Forced_Flow.md",
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          "path": "/papers/8/audit-01/independent_checks.py",
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          "sha256": "380c32bd6bf54acc3fa055d2200e33e209b2e49dd5aa68cdf76b16f6c49c40da"
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          "path": "/papers/8/audit-01/independent_results.json",
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          "bytes": 3754,
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        },
        "environment": {
          "id": "paper-8-audit01-environment",
          "path": "/papers/8/audit-01/ENVIRONMENT.json",
          "filename": "ENVIRONMENT.json",
          "bytes": 1796,
          "sha256": "cf73debfbb45a39505e1dd969d65de8ac911d95e8badf1be4f95bfe269f75d25"
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        "commands": [
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          "python3 -O independent_checks.py --output /tmp/paper8-audit01-opt.json"
        ],
        "named_runtime": "Python 3.10.21 / SymPy 1.14.0 (this archive); supplied run was Python 3.12.14",
        "expected": "29 check groups PASS; 56 degree-five monomials"
      },
      "evidence_kinds": [
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        "exact_finite_certificate"
      ],
      "claims_not_made": [
        "peer review",
        "additional source paper",
        "Navier–Stokes blowup theorem",
        "enlargement of Paper VI",
        "priority of the combined methods",
        "substitute for missing TEX or original execution log"
      ]
    },
    {
      "id": "omega-sampling-quadrature",
      "object": "Affine dynamics, sampling, and quadrature",
      "kind": "exact_finite_certificate",
      "definition_paper": "paper-vii",
      "definition": "Positive-quadrature classification for the symmetric six-node family: d_+=3 below s_*=(√5-1)/4 and 5 at/above; signed maximum 5; cross-ratio criterion; sharp sample-error amplification. Canonical seed remains one arcsecond.",
      "page": "/geometry/sampling-extension",
      "claim_ids": [
        "omega-sampling-quadrature"
      ],
      "artifacts": {
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          "path": "/geometry/sampling-extension/PROOFS.md",
          "filename": "PROOFS.md",
          "bytes": 28146,
          "sha256": "99d6b58e29940ea9e06d8585cccf0162a4f99a864c6748d416f393ec3cf2e636"
        },
        "python": {
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          "path": "/geometry/sampling-extension/verify.py",
          "filename": "verify.py",
          "bytes": 18356,
          "sha256": "381d091c92928a42a970f79c08f366a3681f74352b4780b4a16b93d862e60ce0"
        },
        "java": {
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          "path": "/geometry/sampling-extension/Verify.java",
          "filename": "Verify.java",
          "bytes": 23485,
          "sha256": "4b00c0ee5edd80376d7179ed93721d53fb5fd3cfd5aeca31404e64acef246517"
        },
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          "bytes": 5683,
          "sha256": "7ef550cb3f03d5032769024b9cbeb47f5c143ef45f709a0f1b785128684fd662"
        },
        "environment": {
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          "path": "/geometry/sampling-extension/ENVIRONMENT.json",
          "filename": "ENVIRONMENT.json",
          "bytes": 1237,
          "sha256": "1350a38dbbc90f2d5af939abc5921041a8813e44fdba31f35ac335d97d0d28a9"
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      },
      "execute": {
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        "commands": [
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          "python3 -O verify.py",
          "javac Verify.java && java Verify",
          "java -da Verify"
        ],
        "named_runtime": "Python 3.10.21; OpenJDK 17.0.20",
        "expected": "TOTAL 21 PASS; stdout byte-identical to expected.txt"
      },
      "evidence_kinds": [
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        "exact_finite_certificate"
      ],
      "claims_not_made": [
        "additional source paper",
        "peer review",
        "four-language this-archive completion",
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        "enlargement of Paper VII or paper 8",
        "proof-assistant certificate"
      ]
    },
    {
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      "object": "Boundary reconstruction, volume-preserving transport, and an invariant cubic",
      "kind": "written_note_proof",
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        "boundary-remarks-2026-09-22"
      ],
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        "paper-iv"
      ],
      "definition": "Aligned twelve-node reconstruction of H_A, thirteen-sample decoder of F_A=H_A⊕ℝJ, two-step identity Ψ²=Φ_{τ², 2 log φ}, and nine-node uniqueness iff every antipodal pair is represented. Reconstruction restricted to those field spaces.",
      "page": "/geometry/boundary-reconstruction",
      "claim_ids": [
        "omega-boundary-reconstruction"
      ],
      "artifacts": {
        "pdf": {
          "id": "boundary-pdf",
          "path": "/geometry/boundary-reconstruction/Boundary_Reconstruction_Transport_Formal_Proof.pdf",
          "filename": "Boundary_Reconstruction_Transport_Formal_Proof.pdf",
          "bytes": 344230,
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        },
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          "path": "/geometry/boundary-reconstruction/Boundary_Reconstruction_Transport_Formal_Proof.tex",
          "filename": "Boundary_Reconstruction_Transport_Formal_Proof.tex",
          "bytes": 27553,
          "sha256": "fcaadf4b55fc24fae1c8cfb1d8839d22a95eea27d3124fbe19002c50cce6c89c"
        },
        "remarks": {
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          "bytes": 7927,
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        },
        "python": {
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          "path": "/geometry/boundary-reconstruction/verify_boundary_reconstruction.py",
          "filename": "verify_boundary_reconstruction.py",
          "bytes": 10661,
          "sha256": "ce3e5ea29ca8de60e27e45164903065f340e54826935f88045b0ed715b5e3efe"
        },
        "expected": {
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          "path": "/geometry/boundary-reconstruction/this_archive_verify.stdout.txt",
          "filename": "this_archive_verify.stdout.txt",
          "bytes": 897,
          "sha256": "60ad47fa29f0c7ada869555a393e497411f9c8b08344b2850b71c84a840890b1"
        },
        "environment": {
          "id": "boundary-environment",
          "path": "/geometry/boundary-reconstruction/ENVIRONMENT.json",
          "filename": "ENVIRONMENT.json",
          "bytes": 2160,
          "sha256": "a8e0106cfe56c364661494b217b1cbebffc708163fb935c1af3178a1190bcfa0"
        }
      },
      "execute": {
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        "commands": [
          "python3 verify_boundary_reconstruction.py",
          "python3 -O verify_boundary_reconstruction.py"
        ],
        "named_runtime": "Python 3.10.21; NumPy 2.2.6",
        "expected": "TOTAL 30 PASS; stdout 60ad47fa… bound to checker ce3e5ea2… (2026-09-22.r2). Negative controls reject 1/22 and an altered xyz coefficient."
      },
      "evidence_kinds": [
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        "implementation_conformance"
      ],
      "arithmetic_scope": {
        "exact": "The checker evaluates the normalized spherical mean of the expanded polynomial J^2 using fractions.Fraction.",
        "numerical": "The remaining checker groups use NumPy floating-point calculations, stated tolerances, numerical ranks, or selected sample evaluations.",
        "proof": "The original PDF and the supplementary remarks contain the written mathematical arguments."
      },
      "claims_not_made": [
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        "peer review",
        "13-point degree-six cubature",
        "joining theorem of Papers I–VII",
        "enlargement of Paper VI or /extension",
        "proof-assistant certificate",
        "Navier–Stokes blowup theorem"
      ]
    },
    {
      "id": "omega-object-exploration-02",
      "object": "OMEGA object exploration 02",
      "kind": "exact_finite_certificate",
      "definition_paper": "paper-vii",
      "definition": "Additional consequences of the six labeled baseline marks: perspective cross-ratio inverse, affine/projective decoding bounds, positive degree-three and no nonnegative degree-four baseline integration at the canonical seed. The 36-degree Gauss–Lobatto member is a related family instance. Canonical seed remains one arcsecond.",
      "page": "/geometry/exploration-02",
      "claim_ids": [
        "omega-object-exploration-02"
      ],
      "artifacts": {
        "note": {
          "id": "exploration-02-md",
          "path": "/geometry/exploration-02/OMEGA_Object_Exploration_02.md",
          "filename": "OMEGA_Object_Exploration_02.md",
          "bytes": 20104,
          "sha256": "12f3106a7980ce56e328c3ae29392f306c1c321e4c7c92decbce38fa00560513"
        },
        "checker": {
          "id": "exploration-02-py",
          "path": "/geometry/exploration-02/OMEGA_Object_Exploration_02.py",
          "filename": "OMEGA_Object_Exploration_02.py",
          "bytes": 15581,
          "sha256": "4c1b3cfa46262e21d19ece458d4dcb8fccd617d15ca4579a2f013108396c13a6"
        },
        "results": {
          "id": "exploration-02-results",
          "path": "/geometry/exploration-02/this_archive_exploration_results.json",
          "filename": "this_archive_exploration_results.json",
          "bytes": 2624,
          "sha256": "437f5503b1db3c1ba2c8dc3efce9848b06b720fba818419d4cd474eb5840bda4"
        },
        "environment": {
          "id": "exploration-02-environment",
          "path": "/geometry/exploration-02/ENVIRONMENT.json",
          "filename": "ENVIRONMENT.json",
          "bytes": 1752,
          "sha256": "2c3be5135d69f4387e2fa503d8a088e9593a4a2e34462fcf6735bc76e1d743ee"
        }
      },
      "execute": {
        "cwd_hint": "geometry/exploration-02",
        "commands": [
          "python3 OMEGA_Object_Exploration_02.py --output this_archive_exploration_results.json",
          "python3 -O OMEGA_Object_Exploration_02.py --output this_archive_exploration_results.optimized.json"
        ],
        "named_runtime": "Python 3.10.21 / SymPy 1.14.0 / mpmath 1.3.0",
        "expected": "21 check groups PASS"
      },
      "evidence_kinds": [
        "paper_proof",
        "exact_finite_certificate"
      ],
      "claims_not_made": [
        "additional source paper",
        "peer review",
        "replacement of the one-arcsecond kernel",
        "enlargement of Paper VII or paper 8",
        "camera-noise or image-recognition accuracy",
        "proof-assistant certificate"
      ]
    },
    {
      "id": "omega-ns-geometric-extension",
      "object": "OMEGA–Navier–Stokes geometric extension 3.0",
      "kind": "exact_finite_certificate",
      "definition_paper": null,
      "definition": "Volume-preserving family Φ_{c,η} scales N by c² and preserves J=zN(w). Forced smooth realizations. Not a source paper.",
      "page": "/extension",
      "claim_ids": [
        "omega-ns-geometric-extension"
      ],
      "artifacts": {
        "pdf": {
          "id": "ns-extension-v3-pdf",
          "path": "/extension/OMEGA_NS_Geometric_Extension_v3.pdf",
          "filename": "OMEGA_NS_Geometric_Extension_v3.pdf",
          "bytes": 2376354,
          "sha256": "98a3f74742dd3d06626ec03a248e8ce901772c18d836a5e736e1f1e594e6d675"
        },
        "verifier": {
          "id": "ns-extension-v3-py",
          "path": "/extension/verify_omega_ns.py",
          "filename": "verify_omega_ns.py",
          "bytes": 18425,
          "sha256": "f054d343f78c96f18d1a4360453dd1761d3fc8de7757edfb56a746996921e531"
        },
        "auditor": {
          "id": "ns-extension-v3-audit",
          "path": "/extension/audit_omega_sources.py",
          "filename": "audit_omega_sources.py",
          "bytes": 25344,
          "sha256": "7bb072407b4c2c3ea58c0a8a0ad392d5870fc1d7d339ff20b67679b9ad96f08e"
        }
      },
      "execute": {
        "cwd_hint": "extension",
        "commands": [
          "python3.11 verify_omega_ns.py",
          "python3.11 audit_omega_sources.py 'sources/LEAN_Proof_Complete_Final(1).docx' 'sources/Julia_OMEGA_NAUGHT_Julia_Proof_v0.1(1).zip'"
        ],
        "named_runtime": "Python 3.11.2 / SymPy 1.14.0",
        "expected": "62 exact checks; original package accepted"
      },
      "evidence_kinds": [
        "exact_finite_certificate"
      ],
      "claims_not_made": [
        "source paper",
        "blowup theorem",
        "peer review",
        "enlargement of Paper VI"
      ]
    },
    {
      "id": "omega-fiber-structure",
      "object": "Floor-map fibers and 32-block seed cover",
      "kind": "exact_finite_certificate",
      "definition_paper": "paper-8",
      "definition": "Consecutive fibers of T(d)=⌊Qd/S⌋. Inverse slope r=S/Q. Exact depth layers on {0,…,32767}. Not a source paper.",
      "page": "/fibers",
      "claim_ids": [
        "omega-fiber-structure"
      ],
      "artifacts": {
        "checker": {
          "id": "fiber-handoff-py",
          "path": "/fibers/verify_handoff.py",
          "filename": "verify_handoff.py",
          "bytes": 6701,
          "sha256": "9f7179c5be49c0c4f797824011226dbd4d9980c7cc71aff1d80bd1a616e121c8"
        },
        "stdout": {
          "id": "fiber-handoff-stdout",
          "path": "/fibers/verify_handoff.stdout.txt",
          "filename": "verify_handoff.stdout.txt",
          "bytes": 450,
          "sha256": "bb8832071b312b895f0ab8d87c619c9c8f97251d5ca07faf4038e32792aa0093"
        }
      },
      "execute": {
        "cwd_hint": "fibers",
        "commands": [
          "python3 verify_handoff.py"
        ],
        "named_runtime": "Python 3.11.2",
        "expected": "RESULT PASS, identical under -O and -OO"
      },
      "evidence_kinds": [
        "exact_finite_certificate"
      ],
      "claims_not_made": [
        "source paper",
        "peer review",
        "group word metric"
      ]
    },
    {
      "id": "omega-workbench-recheck-2026-09-23",
      "object": "Workbench imported-beta and geometry-frame recheck",
      "kind": "implementation_conformance",
      "definition_paper": null,
      "definition": "Site workbench repair only. Recovered beta is computed from the active twelve samples and the active extra sample, not from the default generator. Geometry viewBoxes are fitted to the posed arc, both feet, and the six marks. Not a source paper and not a theorem checker. The hosted script /workbench/workbench-recheck.mjs is unchanged and expects the 23 September repository tree. It is not a standalone run. The runnable check of the typechecked source is /workbench/releases/omega-workbench-impl-2026-09-25-r2.zip, linked from /workbench/historical-checker.html.",
      "page": "/tools/boundary-field",
      "claim_ids": [],
      "artifacts": {
        "checker": {
          "id": "workbench-recheck-mjs",
          "path": "/workbench/workbench-recheck.mjs",
          "filename": "workbench-recheck.mjs",
          "bytes": 4522,
          "sha256": "5ec7f9c93030184cee6555ae5ab5a29edcf16766e727d17b71e45ab833a6831d"
        }
      },
      "execute": {
        "cwd_hint": "repository root",
        "commands": [
          "node scripts/workbench-recheck.mjs"
        ],
        "named_runtime": "Node v22.23.2",
        "expected": "TOTAL all listed checks passed. Thirteen zeros recover beta 0. Radius 3.99 and center (10,0,0) stay inside the fitted frame."
      },
      "evidence_kinds": [
        "implementation_conformance"
      ],
      "claims_not_made": [
        "source paper",
        "theorem",
        "peer review",
        "browser session",
        "independent reproduction",
        "supplied reference-package run"
      ]
    },
    {
      "id": "omega-workbench-impl-2026-09-25",
      "object": "Standalone workbench implementation recheck",
      "kind": "implementation_conformance",
      "definition_paper": null,
      "definition": "Snapshot ZIP of the workbench checker as run at 2026-09-25T20:31:42Z. field.mjs SHA-256 d1096f24… and geometry.mjs SHA-256 88cba277…. Type annotations added after that run changed those two files. This object's checksums are not rewritten. It is implementation validation, not a theorem checker, and it does not reproduce the 23 September 2026 source hashes.",
      "page": "/reproduce",
      "claim_ids": [],
      "artifacts": {
        "bundle": {
          "id": "workbench-impl-2026-09-25-zip",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25.zip",
          "filename": "omega-workbench-impl-2026-09-25.zip",
          "bytes": 22027,
          "sha256": "ed1f447b6c2b050a824fb7b96ddac0051a4158830797c482bb25d1bdb6cdd6d5"
        },
        "stdout": {
          "id": "workbench-impl-2026-09-25-stdout",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25.stdout.txt",
          "filename": "omega-workbench-impl-2026-09-25.stdout.txt",
          "bytes": 1652,
          "sha256": "6a19d26b294d18647967a83d268b79237ee30ab99347f70adc74fbd7d39d3da1"
        },
        "execution": {
          "id": "workbench-impl-2026-09-25-execution",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25.execution.json",
          "filename": "omega-workbench-impl-2026-09-25.execution.json",
          "bytes": 1374,
          "sha256": "74a8dfd1f8f0f2f2c2a5a322dd9c40729c69009570b58ffee934daa19c394d3c"
        }
      },
      "execute": {
        "cwd_hint": "extracted ZIP root, outside the site repository",
        "commands": [
          "node scripts/workbench-recheck.mjs"
        ],
        "named_runtime": "Node v22.23.2 on 2026-09-25T20:31:42Z",
        "expected": "Exit 0. TOTAL all listed checks passed. stdout SHA-256 6a19d26b…. ZIP SHA-256 ed1f447b…. Snapshot only; the typechecked source is omega-workbench-impl-2026-09-25-r2."
      },
      "evidence_kinds": [
        "implementation_conformance"
      ],
      "claims_not_made": [
        "theorem",
        "independent proof",
        "source paper",
        "peer review",
        "browser session",
        "independent reproduction",
        "reproduction of the 23 September 2026 source hashes",
        "typechecked source"
      ]
    },
    {
      "id": "omega-workbench-impl-2026-09-25-r2",
      "object": "Typechecked standalone workbench implementation recheck",
      "kind": "implementation_conformance",
      "definition_paper": null,
      "definition": "ZIP of the typechecked workbench checker and the modules it imports. From a clean directory, node scripts/workbench-recheck.mjs checks the field decoder and geometry frame after the type annotations in field.mjs and geometry.mjs. This is implementation validation. It is not a theorem checker, not an independent proof, and it does not reproduce the 23 September 2026 source hashes or rewrite the 20:31:42Z snapshot. The historical script /workbench/workbench-recheck.mjs remains unchanged and is not a standalone run; its download page points here.",
      "page": "/reproduce",
      "claim_ids": [],
      "artifacts": {
        "bundle": {
          "id": "workbench-impl-2026-09-25-r2-zip",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25-r2.zip",
          "filename": "omega-workbench-impl-2026-09-25-r2.zip",
          "bytes": 22530,
          "sha256": "939e4baba884ef0ae8be2bae90e2f8934eb55cffca4ba1887e3efe37164032c6"
        },
        "stdout": {
          "id": "workbench-impl-2026-09-25-r2-stdout",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25-r2.stdout.txt",
          "filename": "omega-workbench-impl-2026-09-25-r2.stdout.txt",
          "bytes": 1655,
          "sha256": "e1395d8450670e32513e9edcbc1f457cb29fde2b32c4884db90df980c34a7b47"
        },
        "execution": {
          "id": "workbench-impl-2026-09-25-r2-execution",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25-r2.execution.json",
          "filename": "omega-workbench-impl-2026-09-25-r2.execution.json",
          "bytes": 2211,
          "sha256": "00131016770245f44e85708f3418520a0dc2458726dce0980e85ab626e935a09"
        }
      },
      "execute": {
        "cwd_hint": "extracted ZIP root, outside the site repository",
        "commands": [
          "node scripts/workbench-recheck.mjs"
        ],
        "named_runtime": "Node v22.23.2 on 2026-09-25T21:53:13Z",
        "expected": "Exit 0. TOTAL all listed checks passed. stdout SHA-256 e1395d84…. ZIP SHA-256 939e4bab…."
      },
      "evidence_kinds": [
        "implementation_conformance"
      ],
      "claims_not_made": [
        "theorem",
        "independent proof",
        "source paper",
        "peer review",
        "browser session",
        "independent reproduction",
        "reproduction of the 23 September 2026 source hashes",
        "rewrite of the 2026-09-25T20:31:42Z snapshot checksums",
        "numerical-range repairs"
      ]
    },
    {
      "id": "omega-workbench-impl-2026-09-25-r3",
      "object": "Numerical-range workbench implementation recheck",
      "kind": "implementation_conformance",
      "definition_paper": null,
      "definition": "ZIP of the workbench checker after quaternion scaling and calculated-result checks. From a clean directory, node scripts/workbench-recheck.mjs checks the field decoder, the geometry frame, scaled identity quaternions, radius 1e308 refusal, and thirteen ones at probe x = 1e308. This is implementation validation. It is not a theorem checker. It does not rewrite the r2 ZIP or the 23 September script. The historical download page points here.",
      "page": "/reproduce",
      "claim_ids": [],
      "artifacts": {
        "bundle": {
          "id": "workbench-impl-2026-09-25-r3-zip",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25-r3.zip",
          "filename": "omega-workbench-impl-2026-09-25-r3.zip",
          "bytes": 25806,
          "sha256": "ddca5249240b05d6601faedc8d8433bae02187bc038dfcd5ef8056288226031e"
        },
        "stdout": {
          "id": "workbench-impl-2026-09-25-r3-stdout",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25-r3.stdout.txt",
          "filename": "omega-workbench-impl-2026-09-25-r3.stdout.txt",
          "bytes": 1959,
          "sha256": "c18af61839913cd3242e61e8320eadcb3674d1ded1317bc29c74d1f7e24c5d89"
        },
        "execution": {
          "id": "workbench-impl-2026-09-25-r3-execution",
          "path": "/workbench/releases/omega-workbench-impl-2026-09-25-r3.execution.json",
          "filename": "omega-workbench-impl-2026-09-25-r3.execution.json",
          "bytes": 1437,
          "sha256": "fa6f801dcfe3c495693a5b17abd9e7a4b2b72a747eafd6ed611049799112e680"
        }
      },
      "execute": {
        "cwd_hint": "extracted ZIP root, outside the site repository",
        "commands": [
          "node scripts/workbench-recheck.mjs"
        ],
        "named_runtime": "Node v22.23.2 on 2026-09-26T00:56:45Z",
        "expected": "Exit 0. TOTAL all listed checks passed. stdout SHA-256 c18af618…. ZIP SHA-256 ddca5249…."
      },
      "evidence_kinds": [
        "implementation_conformance"
      ],
      "claims_not_made": [
        "theorem",
        "independent proof",
        "source paper",
        "peer review",
        "browser session",
        "independent reproduction",
        "reproduction of the 23 September 2026 source hashes",
        "rewrite of the r2 ZIP"
      ]
    },
    {
      "id": "ten-sample-reconstruction",
      "object": "Explicit ten-sample reconstruction",
      "kind": "exact_finite_certificate",
      "definition_paper": null,
      "definition": "Nine specified icosahedral samples and one additional boundary value determine every field in H<=2 ⊕ RJ. The cardinal functions are the inverse of the ten-point evaluation map. Transport satisfies S_A^{-1}=U_A S^{-1}. Not an additional source paper.",
      "page": "/geometry/boundary-reconstruction/ten-sample",
      "claim_ids": [
        "omega-ten-sample-reconstruction"
      ],
      "artifacts": {
        "checker": {
          "id": "ten-sample-verifier",
          "path": "/geometry/boundary-reconstruction/ten-sample/verify_ten_sample.py",
          "filename": "verify_ten_sample.py",
          "bytes": 12288,
          "sha256": "cc850bda469cb33cc9d37c307dceede7e1b4e5ede002957c3ff7497c7a388c0f"
        },
        "note": {
          "id": "ten-sample-note",
          "path": "/geometry/boundary-reconstruction/ten-sample/Ten_Sample_Reconstruction.md",
          "filename": "Ten_Sample_Reconstruction.md",
          "bytes": 9973,
          "sha256": "967bc8afe442d6b0763f5d563b993a368161243d0f23b7274be46936d81639fe"
        },
        "supplied_normal": {
          "id": "ten-sample-supplied-normal",
          "path": "/geometry/boundary-reconstruction/ten-sample/verification.txt",
          "filename": "verification.txt",
          "bytes": 1186,
          "sha256": "a6e04971faf30e665f00fc1b60a16488dddce315a83d715291b5298031268be0"
        },
        "supplied_optimized": {
          "id": "ten-sample-supplied-optimized",
          "path": "/geometry/boundary-reconstruction/ten-sample/verification_optimized.txt",
          "filename": "verification_optimized.txt",
          "bytes": 1186,
          "sha256": "a6e04971faf30e665f00fc1b60a16488dddce315a83d715291b5298031268be0"
        },
        "execution": {
          "id": "ten-sample-execution",
          "path": "/geometry/boundary-reconstruction/ten-sample/evidence/2026-09-23/execution.json",
          "filename": "execution.json",
          "bytes": 1541,
          "sha256": "1a10514022540d04d162c45efd3292e288b80205564df0d4c164ae7960a04e65"
        }
      },
      "execute": {
        "cwd_hint": "geometry/boundary-reconstruction/ten-sample",
        "commands": [
          "python3 verify_ten_sample.py",
          "python3 -O verify_ten_sample.py"
        ],
        "named_runtime": "Python 3.10.21 on this archive; supplied transcripts recorded under Python 3.12.14",
        "expected": "TOTAL 13 PASS; stdout SHA-256 a6e04971…; checker SHA-256 cc850bda…"
      },
      "evidence_kinds": [
        "written_note_proof",
        "exact_finite_certificate"
      ],
      "claims_not_made": [
        "additional source paper",
        "peer review",
        "independent reproduction",
        "new positive cubature rule",
        "arbitrary cubic or quintic reconstruction",
        "enlargement of Paper VI, Paper VII, or paper 8"
      ]
    },
    {
      "id": "exact-field-interface",
      "object": "Exact field interface",
      "kind": "exact_finite_certificate",
      "definition_paper": null,
      "definition": "F=Q(sqrt(5)) sits inside K=Q(sqrt(2),sqrt(3),sqrt(5)), with [K:Q]=8 and [K:F]=4. Elements of K have eight ordered rational coefficients. N_{K/Q}(u+v phi)=(u^2+uv-v^2)^4. The reflection of n=(2,3,0) has rational entries. Sampling injectivity on a finite-dimensional continuous space is a sufficient cubature condition, applied here only to the existing degree-five rule on H<=2. Not an additional source paper. Pi is not placed in K.",
      "page": "/geometry/exact-interface",
      "claim_ids": [
        "omega-exact-field-interface"
      ],
      "artifacts": {
        "note": {
          "id": "exact-interface-note",
          "path": "/geometry/exact-interface/Exact_Field_Interface.md",
          "filename": "Exact_Field_Interface.md",
          "bytes": 8938,
          "sha256": "30b1c4c58f0baa470052a5d1aa3eaf98fed6cf117e11e57c4fe38cf925e0f0f4"
        },
        "checker": {
          "id": "exact-interface-verifier",
          "path": "/geometry/exact-interface/verify_exact_interface.py",
          "filename": "verify_exact_interface.py",
          "bytes": 17597,
          "sha256": "d51b7595348d067163c08b88a7726b761662471a1f9b380201114d0112417bfd"
        },
        "transcript": {
          "id": "exact-interface-transcript",
          "path": "/geometry/exact-interface/verification.txt",
          "filename": "verification.txt",
          "bytes": 1895,
          "sha256": "345931205dac7acbf49422ca727e55ea333badc37ce3329f612a6ef7813d3977"
        },
        "transcript_optimized": {
          "id": "exact-interface-transcript-optimized",
          "path": "/geometry/exact-interface/verification_optimized.txt",
          "filename": "verification_optimized.txt",
          "bytes": 1895,
          "sha256": "345931205dac7acbf49422ca727e55ea333badc37ce3329f612a6ef7813d3977"
        },
        "schema": {
          "id": "exact-interface-schema",
          "path": "/geometry/exact-interface/coefficient_record.schema.json",
          "filename": "coefficient_record.schema.json",
          "bytes": 1588,
          "sha256": "cd1b481dae752eae12f098d94317a1a2c17798a5b9eb9f669db9d110136f33e1"
        },
        "execution": {
          "id": "exact-interface-execution",
          "path": "/geometry/exact-interface/evidence/2026-09-25/execution.json",
          "filename": "execution.json",
          "bytes": 835,
          "sha256": "9f6cc72aac96fe1c6e3ef2581d6e6ad8ef32147d207215352fd76fe85b051d16"
        }
      },
      "execute": {
        "cwd_hint": "geometry/exact-interface",
        "commands": [
          "python3 verify_exact_interface.py",
          "python3 -O verify_exact_interface.py"
        ],
        "named_runtime": "Python 3.10.21",
        "expected": "TOTAL 29 PASS; stdout SHA-256 34593120…; checker SHA-256 d51b7595…"
      },
      "evidence_kinds": [
        "written_note",
        "exact_finite_certificate"
      ],
      "claims_not_made": [
        "additional source paper",
        "peer review",
        "independent reproduction",
        "pi lies in K",
        "new cubature rule",
        "enlargement of Paper VI, Paper VII, or paper 8",
        "physical lattice or mass spectrum"
      ]
    },
    {
      "id": "floor-kernel-399",
      "object": "399 rational-floor reference kernel",
      "kind": "exact_finite_certificate",
      "definition_paper": null,
      "definition": "Explanatory supplement for the existing map F(d)=floor(Qd/S) with Q=339949771344778 and S=10^15. The 399 remainder is 639958766566422. Not a new theorem and not an additional source paper. Q/S is not lambda.",
      "page": "/dynamics/floor-kernel",
      "claim_ids": [
        "omega-floor-kernel-399"
      ],
      "artifacts": {
        "note": {
          "id": "floor-kernel-note",
          "path": "/dynamics/floor-kernel/PROOF_AND_GROK_HANDOFF.md",
          "filename": "PROOF_AND_GROK_HANDOFF.md",
          "bytes": 13304,
          "sha256": "d47d2326f74f17ff2d763cba7df0e27f67be1ef401d1004ac4ce547260e67a7f"
        },
        "python": {
          "id": "floor-kernel-py",
          "path": "/dynamics/floor-kernel/floor_kernel.py",
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          "bytes": 7737,
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