ORYNTHRA-H6 / CLAIMS.json
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{
"project": "ORYNTHRA-H6",
"version": "1.0.0",
"date": "2026-10-09",
"core_scope": "Finite task quotients and phase-registered conserved-spectrum representation implementation",
"not_a_general_file_compressor": true,
"formal_statements_with_supplied_proofs": 19,
"regression_tests": {
"passed": 44,
"total": 44,
"percentage": 100,
"meaning": "Release test pass rate, not correctness probability"
},
"exhaustive_six_label_permutations": {
"checked": 720,
"total": 720
},
"exact_symbolic_gram_identities": 2,
"claims": [
{
"label": "prop:counting",
"number": "3.1",
"type": "proposition",
"title": "No shortening of every finite string",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "thm:quotient",
"number": "4.3",
"type": "theorem",
"title": "Minimal future-compatible task quotient",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "thm:linear",
"number": "5.1",
"type": "theorem",
"title": "Closure-rank compression",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "thm:sixwing",
"number": "6.1",
"type": "theorem",
"title": "Six-wing activation law",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "cor:nonsubmod",
"number": "6.2",
"type": "corollary",
"title": "Unbounded failure of submodular budgeting",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:storage",
"number": "7.1",
"type": "proposition",
"title": "Storage-only photon cutoff",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "thm:packing",
"number": "8.2",
"type": "theorem",
"title": "Spectral branch packing",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "cor:onemode",
"number": "8.3",
"type": "corollary",
"title": "The one-mode obstruction",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "thm:deficit",
"number": "9.1",
"type": "theorem",
"title": "Exact representation-deficit law",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:gap",
"number": "10.1",
"type": "proposition",
"title": "Generator defect bound",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:robustone",
"number": "10.2",
"type": "proposition",
"title": "One-mode robust obstruction",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "thm:symmetric",
"number": "11.1",
"type": "theorem",
"title": "Full-permutation photon threshold",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:simplex",
"number": "12.1",
"type": "proposition",
"title": "Vacuum-complement orthogonality",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "cor:unitary",
"number": "13.1",
"type": "corollary",
"title": "Universal finite-dimensional coherent control",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:meanstore",
"number": "14.1",
"type": "proposition",
"title": "Minimum uniform storage energy",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:weighted",
"number": "14.2",
"type": "proposition",
"title": "Uniform equivariant mean-energy optimum",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:query-energy",
"number": "15.1",
"type": "proposition",
"title": "Necessary query-energy bound",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:nonresonance",
"number": "16.1",
"type": "proposition",
"title": "Rationally independent frequencies",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
},
{
"label": "prop:gapenergy",
"number": "16.2",
"type": "proposition",
"title": "Energy-gap stability of the commutator obstruction",
"proof_status": "Proof supplied in manuscript; not independently or formally certified",
"novelty_status": "Inherited foundation, standard consequence, or candidate combination; see prior-art audit"
}
],
"candidate_contributions": [
"Task-to-spectrum representation packing workflow",
"Exact optimum 2(1-C/M) for the stated covariance metric",
"Natural-permutation resource frontier and exact deficit plateau",
"Six-wing unbounded high-order activation construction"
],
"physical_assumptions": [
"Degenerate modes for H proportional to total photon number",
"Arbitrary unitaries within invariant photon-number sectors",
"Exact physical group representation for the main deficit theorem",
"Phase-registered logical action, including arbitrary logical superpositions",
"Ideal preparation and readout; external phase reference not charged",
"No uncharged correlated side information in memory bounds"
],
"explicit_negative_results": [
"H6 is not exact arbitrary-state one-photon-loss correcting",
"Number twirling destroys exact H6 label distinguishability",
"A nondegenerate register spectrum excludes exact energy-conserving nonabelian logical action"
],
"global_novelty_verified": false,
"external_peer_review": false,
"proof_assistant_verified": false,
"hardware_validated": false,
"physical_energy_density_record": null,
"proposed_not_delivered": [
"Loss-correcting spectral packing characterization",
"Reference-inclusive optimal code",
"Learned multimodal compression benchmark",
"Restricted optical control synthesis and noisy hardware comparison"
]
}