Specification

Typed receipts

Precondition, then operator, then postcondition. Level A is closed form. Level B is implementation against A. Level C is a bound checkpoint — none exist yet.

Level A

Proven

Closed-form identities. A display that disagrees is an Atlas bug.

62/62 tests (52 id · 7 num)

Level B

Implementation

Property tests and witnesses against Level A. Preconditions gate identities.

FlorE example skipped: not on sheet

Level C

Reproduced

Training receipts bound to dataset, seed, checkpoint, metric hash. atlas-kg-v1 only.

gates closed 1/5

Frozen verification checks

62/62 tests hold — not all symbolic. Identity 52/52, numeric 7/7, mutation 1/1, integration 2/2. A display that disagrees with this list is a bug in the Atlas, not in a paper.

  • identityε_group(D(-0.99)) = |σ² − 1|numeric 1.990e-2 vs closed 1.990e-2holds
  • identitydet D(-0.99) = σdet -0.99 vs -0.99holds
  • identityε_det(D(-0.99)) = ||σ| − 1|0.010000000000000009 vs 0.010000000000000009holds
  • identityε_group(D(-0.5)) = |σ² − 1|numeric 7.500e-1 vs closed 7.500e-1holds
  • identitydet D(-0.5) = σdet -0.5 vs -0.5holds
  • identityε_det(D(-0.5)) = ||σ| − 1|0.5 vs 0.5holds
  • identityε_group(D(0)) = |σ² − 1|numeric 1.000e+0 vs closed 1.000e+0holds
  • identitydet D(0) = σdet 0 vs 0holds
  • identityε_det(D(0)) = ||σ| − 1|1 vs 1holds
  • identityε_group(D(0.3)) = |σ² − 1|numeric 9.100e-1 vs closed 9.100e-1holds
  • identitydet D(0.3) = σdet 0.3 vs 0.3holds
  • identityε_det(D(0.3)) = ||σ| − 1|0.7 vs 0.7holds
  • identityε_group(D(0.5)) = |σ² − 1|numeric 7.500e-1 vs closed 7.500e-1holds
  • identitydet D(0.5) = σdet 0.5 vs 0.5holds
  • identityε_det(D(0.5)) = ||σ| − 1|0.5 vs 0.5holds
  • identityε_group(D(0.99)) = |σ² − 1|numeric 1.990e-2 vs closed 1.990e-2holds
  • identitydet D(0.99) = σdet 0.99 vs 0.99holds
  • identityε_det(D(0.99)) = ||σ| − 1|0.010000000000000009 vs 0.010000000000000009holds
  • identityε_group(D(1)) = |σ² − 1|numeric 0.000e+0 vs closed 0.000e+0holds
  • identitydet D(1) = σdet 1 vs 1holds
  • identityε_det(D(1)) = ||σ| − 1|0 vs 0holds
  • identityε_group(D(-1)) = |σ² − 1|numeric 0.000e+0 vs closed 0.000e+0holds
  • identitydet D(-1) = σdet -1 vs -1holds
  • identityε_det(D(-1)) = ||σ| − 1|0 vs 0holds
  • numericprinted FHRE d²(x,x) = 44holds
  • identity⟨x,x⟩_L = −1-1.0000000000000002holds
  • identityε_group(H) = 07.850e-17holds
  • identitydet H = −1-1holds
  • identityH² = I7.850462293418876e-17holds
  • identityH u = −u1.5700924586837752e-16holds
  • identityH v = v on the mirror1.1102230246251565e-16holds
  • identityH₂H₁ = R_{2ψ}3.616555230439571e-16holds
  • identityD(0.5) is not a Householder0.5holds
  • identityD(−1) is the last-axis Householder0holds
  • identityD(+1) is the identity0holds
  • identityε_lie(J) = 00holds
  • identityε_lie(K₁) = 00holds
  • identityε_lie(K₂) = 00holds
  • identityε_lie(S) = 22holds
  • identity[J,K₁] = K₂0holds
  • identity[J,K₂] = −K₁0holds
  • identity[K₁,K₂] = −J0holds
  • numericgeneric (c,d) acceptedgeneric (c, d) with c₀ d₀ ≠ 0holds
  • numericd₀ = 0 rejectedc₀ d₀ ≈ 0 makes Euclidean and Lorentz residuals both vanishholds
  • identity⟨c, d+(c·d)c⟩_L = −2 c₀ d₀1.3806859061940375 vs 1.3806859061940375holds
  • identity(−1,1) ∩ {±1} = ∅no interior point is an isometryholds
  • identityprinted x₀ at c=1 gives ⟨x,x⟩_L = +11holds
  • identityprinted x₀ at c=−1 gives ⟨x,x⟩_L = −1-0.9999999999999996holds
  • identityEq. 6 at c=−1 vanishes at coincidence (interval surrogate, not a metric proof)0holds
  • numeric√(−c) at c=1 is not realNaNholds
  • numericFlorE example fails unit-sheet preconditionresidual 8holds
  • numericGaussian rel_center is not on the sheetq=-6.40e-5holds
  • integrationall 12 factorial Λ stay in O⁺12/12 isometries, 12/12 MRR boundholds
  • identityprinted log denom vanishes on the sheet0holds
  • numericξ at c is not tangent at Λh ≠ c⟨Λh,ξ⟩_L=1.34e-1holds
  • identityq(D(σ)x)+1 = (σ²−1) x₂²-3holds
  • integrationsilent σ→{±1} is unfaithful and would provefaithful F=true P=false; silent F=false P=trueholds
  • mutationsynthetic paper↔code mutations are caught6/6holds
  • identityproju residual is 0 on the sheet0holds
  • identityproju residual is nonzero off the sheet0.39997440000000006holds
  • identity20×100 = 2,000 evaluated examples max2000holds
  • identity2,000 is < 10% of FB15k-237 test0.0978holds

Adversarial witnesses

Maximize the residual, then display the witness. Degenerate fixtures (d₀ = 0) are rejected before scoring.

FlorE D(σ) group residual

1.0000

Maximally singular. det D = 0. Not in GL, let alone O⁺.

sigma
0

Euclidean offset tangency

5.1101

Lorentz projection residual at the same witness is ~0. Degenerate d₀ ≈ 0 samples were dropped.

c0
2.5638
c1
-2.2400
c2
-0.7452
d0
0.9966
d1
-0.1623
d2
0.5272
lorentz
0
fixturesKept
4000.0000

Reproduction gates

A result is verified only if every ancestry edge is bound. All nine edges are open.

  • atlas-kg-v1 synthetic MRR (d = 3, seed 7)missing 0 fieldsqualify
  • FB15k-237 MRR (d = 32)missing 8 fieldsqualify
  • WN18RR MRR (d = 32)missing 8 fieldsqualify
  • CoDEx-S/Mmissing 9 fieldsqualify
  • Z-Paradox slicesmissing 9 fieldsqualify

FlorE HEAD pinned d276d70 (commit 2025-11-10, observed 2026-08-23). A newer commit that repairs σ, flip_sign, or Eq. 10 would reopen the code-parity receipts.

Claim DAG

Parents inherit. A missing checkpoint is unsupported, not a geometric failure. A failed precondition blocks the identity.

19 falsified · 5 holds · 4 blocked · 0 unsupported · 28 receipts

ClaimLevelBecauseHashVerdict

flore-group

D(σ) ∈ O(1, n) on (−1, 1)

A3f317f1dfails

flore-code-flip

Public flip is relation-specific σᵣ

B72154059fails

flore-o1n

FLG operator is Lorentz-valued

flore-group

Aflore-group: fails89ae9ac1fails

flore-center

rel_center ∈ Lⁿ

B9bdcda2dfails

flore-tangent

ξ is Lorentz-tangent at a sheet point

Bb702fe13fails

flore-log10

Printed log map defined on the sheet

Ad4280a91fails

flore-eq13-bases

Eq. 13 is an intrinsic tangent inner product

A1dedc53ablocked

flore-direction

Directional geometry matches the paper

flore-center, flore-tangent, flore-log10, flore-eq13-bases

Bflore-center: fails · flore-tangent: fails · flore-log10: fails · flore-eq13-bases: blockede40edb30fails

flore-eq13

Code executes Eq. 13

B89b7471ffails

flore-parity

Paper/code parity for FlorE

flore-code-flip, flore-center, flore-tangent, flore-eq13

Bflore-code-flip: fails · flore-center: fails · flore-tangent: fails · flore-eq13: failsa4366f9dfails

flore-mechanism

FlorE implements the advertised geometry

flore-o1n, flore-direction, flore-eq13

Bflore-o1n: fails · flore-direction: fails · flore-eq13: failscfa8cc4efails

flore-example-sheet

Worked-example points lie on the sheet

Ac6dd250ffails

flore-example-distance

Worked-example uses the Lorentz interval

AManifoldMembership(h) fails · ManifoldMembership(t₁) fails · ManifoldMembership(t₂) failsab257cd8blocked

flore-checkpoint

FlorE table bound to a checkpoint

C008390a0blocked

flore-benchmark

FlorE MRR is a reproduced result

flore-checkpoint

Cflore-checkpoint: blocked301a2d7eblocked

fhre-metric

FHRE printed d² vanishes at coincidence

A7b76682dfails

fhre-curvature

FHRE c-convention is consistent

A6f0dc107fails

fhre-rotation

FHRE Givens is an isometry

A9dfde430holds

lkg-group

LorentzKG RB ∈ O⁺(1, n)

A49b5735cholds

repaired-Q

Householder Q ∈ O(n)

A43565ec0holds

hybrid-Op

Hybrid QB ∈ O⁺(1, n)

A7b736b08holds

lie-S

S ∈ so(1, 2)

Ad9f499f5fails

flore-tables

FlorE Table 4 matches Table 6

B61045e61fails

flore-margin

Public best margins match the paper

Bc0e5e027fails

flore-eval-trunc

Public evaluate() covers the full test set

B1770e9edfails

flore-eval-relmap

Public evaluate() can emit Tables 4/6

Bd7963ad7fails

flore-nocheckpoint

Public training writes a hashable checkpoint

B68664575fails

atlas-kg

atlas-kg-v1 factorial cells are bound

C9e3c2bd4holds

Root claims

  • flore-o1nFLG operator is Lorentz-valuedfails
  • flore-directionDirectional geometry matches the paperfails
  • flore-mechanismFlorE implements the advertised geometryfails
  • flore-benchmarkFlorE MRR is a reproduced resultblocked
  • lkg-groupLorentzKG RB ∈ O⁺(1, n)holds
  • hybrid-OpHybrid QB ∈ O⁺(1, n)holds
  • atlas-kgatlas-kg-v1 factorial cells are boundholds

Receipt objects

Receipts first. The pages render this object. Public code ≠ published table unless a checkpoint edge closes.

[
  {
    "claim_id": "flore-group",
    "title": "D(σ) ∈ O(1, n) on (−1, 1)",
    "claim_type": "group",
    "level": "A",
    "verdict": "fails",
    "because": [],
    "source_paper": "FlorE, Dᵣ = diag(1,…,1,σᵣ), σᵣ ∈ (−1, 1)",
    "source_code": "FLG.forward · ww[:,:,-1] *= flip_sign",
    "symbolic": "ε_group(D) = |σ² − 1|;  (−1, 1) ∩ {±1} = ∅",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "σ",
        "value": "0.5"
      },
      {
        "label": "ε_group closed form",
        "value": "0.7500"
      },
      {
        "label": "ε_group numeric",
        "value": "0.7500"
      },
      {
        "label": "det D",
        "value": "0.50"
      }
    ],
    "dependencies": [],
    "receipt_hash": "3f317f1d"
  },
  {
    "claim_id": "flore-code-flip",
    "title": "Public flip is relation-specific σᵣ",
    "claim_type": "parity",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "relation-specific σᵣ",
    "source_code": "self.flip_sign = Parameter(0.0)",
    "symbolic": "det D(0) = 0 ⇒ D ∉ GL",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "flip_sign",
        "value": "0"
      },
      {
        "label": "det",
        "value": "0.0"
      },
      {
        "label": "ε_det",
        "value": "1.0"
      }
    ],
    "dependencies": [],
    "receipt_hash": "72154059"
  },
  {
    "claim_id": "flore-o1n",
    "title": "FLG operator is Lorentz-valued",
    "claim_type": "parent",
    "level": "A",
    "verdict": "fails",
    "because": [
      "flore-group: fails"
    ],
    "source_paper": "",
    "source_code": "",
    "symbolic": "parent of flore-group",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [],
    "dependencies": [
      "flore-group"
    ],
    "receipt_hash": "89ae9ac1"
  },
  {
    "claim_id": "flore-center",
    "title": "rel_center ∈ Lⁿ",
    "claim_type": "manifold",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "cᵣ ∈ ℍⁿ",
    "source_code": "nn.Embedding + normal_(std=0.01)",
    "symbolic": "Gaussian init in ℝ^{n+1} is not the unit sheet. expmap(c,·) is then not exp_{c∈ℍ}",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "⟨c,c⟩_L",
        "value": "-6.40e-5"
      },
      {
        "label": "|q + 1|",
        "value": "1.000"
      }
    ],
    "dependencies": [],
    "receipt_hash": "9bdcda2d"
  },
  {
    "claim_id": "flore-tangent",
    "title": "ξ is Lorentz-tangent at a sheet point",
    "claim_type": "tangent",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "ξ ∝ d + ⟨d, c⟩_L c at c ∈ ℍⁿ",
    "source_code": "Euclidean proto-dir; Lorentz.expmap.proju; Gaussian rel_center",
    "symbolic": "⟨c, u'⟩_L = ⟨c,v⟩_L (1 + q/k); zero iff q = −k. No ManifoldParameter on rel_center. proju does not rescue an off-sheet base.",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "c",
        "value": "1.255, 0.699, 0.295"
      },
      {
        "label": "d",
        "value": "0.550, 0.300, -0.250"
      },
      {
        "label": "ε_tan Euclidean",
        "value": "1.38e+0"
      },
      {
        "label": "ε_tan Lorentz",
        "value": "1.39e-16"
      },
      {
        "label": "−2 c₀ d₀",
        "value": "1.38e+0"
      }
    ],
    "dependencies": [],
    "receipt_hash": "b702fe13"
  },
  {
    "claim_id": "flore-log10",
    "title": "Printed log map defined on the sheet",
    "claim_type": "metric",
    "level": "A",
    "verdict": "fails",
    "because": [],
    "source_paper": "FlorE Eq. 10, √(⟨q,q⟩_L + 1)",
    "source_code": "—",
    "symbolic": "⟨q,q⟩_L = −1 ⇒ denominator 0",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "√(−1+1)",
        "value": "0"
      }
    ],
    "dependencies": [],
    "receipt_hash": "d4280a91"
  },
  {
    "claim_id": "flore-eq13-bases",
    "title": "Eq. 13 is an intrinsic tangent inner product",
    "claim_type": "tangent",
    "level": "A",
    "verdict": "blocked",
    "because": [],
    "source_paper": "ξ̂ᵣ ∈ T_{cᵣ}, log_{Λh}(t) ∈ T_{Λh}",
    "source_code": "term absent",
    "symbolic": "Ambient Minkowski pairing exists. Intrinsic Riemannian comparison is not established without transport.",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "precondition c = Λh",
        "value": "not stated"
      }
    ],
    "dependencies": [],
    "receipt_hash": "1dedc53a"
  },
  {
    "claim_id": "flore-direction",
    "title": "Directional geometry matches the paper",
    "claim_type": "parent",
    "level": "B",
    "verdict": "fails",
    "because": [
      "flore-center: fails",
      "flore-tangent: fails",
      "flore-log10: fails",
      "flore-eq13-bases: blocked"
    ],
    "source_paper": "",
    "source_code": "",
    "symbolic": "parent of flore-center, flore-tangent, flore-log10, flore-eq13-bases",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [],
    "dependencies": [
      "flore-center",
      "flore-tangent",
      "flore-log10",
      "flore-eq13-bases"
    ],
    "receipt_hash": "e40edb30"
  },
  {
    "claim_id": "flore-eq13",
    "title": "Code executes Eq. 13",
    "claim_type": "parity",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "Eq. 13",
    "source_code": "HyperNet._forward · margin − cinner2(t′−h′)",
    "symbolic": "⟨ξ, log⟩ term absent from the executed score",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "directional term in _forward",
        "value": "absent"
      }
    ],
    "dependencies": [],
    "receipt_hash": "89b7471f"
  },
  {
    "claim_id": "flore-parity",
    "title": "Paper/code parity for FlorE",
    "claim_type": "parity",
    "level": "B",
    "verdict": "fails",
    "because": [
      "flore-code-flip: fails",
      "flore-center: fails",
      "flore-tangent: fails",
      "flore-eq13: fails"
    ],
    "source_paper": "",
    "source_code": "",
    "symbolic": "parent of flore-code-flip, flore-center, flore-tangent, flore-eq13",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [],
    "dependencies": [
      "flore-code-flip",
      "flore-center",
      "flore-tangent",
      "flore-eq13"
    ],
    "receipt_hash": "a4366f9d"
  },
  {
    "claim_id": "flore-mechanism",
    "title": "FlorE implements the advertised geometry",
    "claim_type": "parent",
    "level": "B",
    "verdict": "fails",
    "because": [
      "flore-o1n: fails",
      "flore-direction: fails",
      "flore-eq13: fails"
    ],
    "source_paper": "",
    "source_code": "",
    "symbolic": "parent of flore-o1n, flore-direction, flore-eq13",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [],
    "dependencies": [
      "flore-o1n",
      "flore-direction",
      "flore-eq13"
    ],
    "receipt_hash": "cfa8cc4e"
  },
  {
    "claim_id": "flore-example-sheet",
    "title": "Worked-example points lie on the sheet",
    "claim_type": "example",
    "level": "A",
    "verdict": "fails",
    "because": [],
    "source_paper": "h=(3,0), t₁=(4,1), t₂=(5,3)",
    "source_code": "—",
    "symbolic": "⟨h,h⟩_L = −9, ⟨t₁,t₁⟩_L = −15, ⟨t₂,t₂⟩_L = −16",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "⟨h,h⟩_L",
        "value": "-9.0"
      },
      {
        "label": "⟨t₁,t₁⟩_L",
        "value": "-15.0"
      },
      {
        "label": "⟨t₂,t₂⟩_L",
        "value": "-16.0"
      }
    ],
    "dependencies": [],
    "receipt_hash": "c6dd250f"
  },
  {
    "claim_id": "flore-example-distance",
    "title": "Worked-example uses the Lorentz interval",
    "claim_type": "example",
    "level": "A",
    "verdict": "blocked",
    "because": [
      "ManifoldMembership(h) fails",
      "ManifoldMembership(t₁) fails",
      "ManifoldMembership(t₂) fails"
    ],
    "source_paper": "simplified Lorentz distance on those points",
    "source_code": "—",
    "symbolic": "identity not evaluated: ManifoldMembership failed",
    "assumptions": [
      "ManifoldMembership(h)",
      "ManifoldMembership(t₁)",
      "ManifoldMembership(t₂)"
    ],
    "preconditions": [
      {
        "id": "ManifoldMembership(h)",
        "holds": false,
        "residual": "-9.0"
      },
      {
        "id": "ManifoldMembership(t₁)",
        "holds": false,
        "residual": "-15.0"
      },
      {
        "id": "ManifoldMembership(t₂)",
        "holds": false,
        "residual": "-16.0"
      }
    ],
    "numerical_witness": [
      {
        "label": "distance identity",
        "value": "not evaluated"
      }
    ],
    "dependencies": [],
    "receipt_hash": "ab257cd8"
  },
  {
    "claim_id": "flore-checkpoint",
    "title": "FlorE table bound to a checkpoint",
    "claim_type": "checkpoint",
    "level": "C",
    "verdict": "blocked",
    "because": [],
    "source_paper": "FlorE Table 2, FB15k-237 MRR 0.402",
    "source_code": "github.com/dzh597/FlorE · no pinned commit in the paper",
    "symbolic": "C = M is untested",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "commit",
        "value": "unbound"
      },
      {
        "label": "checkpoint hash",
        "value": "unbound"
      },
      {
        "label": "seed",
        "value": "unbound"
      }
    ],
    "dependencies": [],
    "receipt_hash": "008390a0"
  },
  {
    "claim_id": "flore-benchmark",
    "title": "FlorE MRR is a reproduced result",
    "claim_type": "benchmark",
    "level": "C",
    "verdict": "blocked",
    "because": [
      "flore-checkpoint: blocked"
    ],
    "source_paper": "",
    "source_code": "",
    "symbolic": "parent of flore-checkpoint",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [],
    "dependencies": [
      "flore-checkpoint"
    ],
    "receipt_hash": "301a2d7e"
  },
  {
    "claim_id": "fhre-metric",
    "title": "FHRE printed d² vanishes at coincidence",
    "claim_type": "metric",
    "level": "A",
    "verdict": "fails",
    "because": [],
    "source_paper": "FHRE Eq. 6, c = 1",
    "source_code": "—",
    "symbolic": "2 − 2⟨x, x⟩_L = 4",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "printed d²(x,x)",
        "value": "4.0"
      },
      {
        "label": "interval d²(x,x)",
        "value": "0.0"
      }
    ],
    "dependencies": [],
    "receipt_hash": "7b76682d"
  },
  {
    "claim_id": "fhre-curvature",
    "title": "FHRE c-convention is consistent",
    "claim_type": "curvature",
    "level": "A",
    "verdict": "fails",
    "because": [],
    "source_paper": "FHRE: c = 1, x₀ = √(‖x_s‖² − 1/c), α = √(−c)‖z‖",
    "source_code": "—",
    "symbolic": "c = 1 ⇒ ⟨x,x⟩_L = +1 and √(−c) ∉ ℝ;  c = −1 repairs all three",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "q(c=1)",
        "value": "1.0"
      },
      {
        "label": "q(c=−1)",
        "value": "-1.0"
      },
      {
        "label": "√(−1)",
        "value": "imaginary"
      }
    ],
    "dependencies": [],
    "receipt_hash": "6f0dc107"
  },
  {
    "claim_id": "fhre-rotation",
    "title": "FHRE Givens is an isometry",
    "claim_type": "group",
    "level": "A",
    "verdict": "holds",
    "because": [],
    "source_paper": "block-diagonal spatial rotations",
    "source_code": "—",
    "symbolic": "Rᵀ R = I, R₀₀ = 1",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [],
    "dependencies": [],
    "receipt_hash": "9dfde430"
  },
  {
    "claim_id": "lkg-group",
    "title": "LorentzKG RB ∈ O⁺(1, n)",
    "claim_type": "group",
    "level": "A",
    "verdict": "holds",
    "because": [],
    "source_paper": "ACL 2024, Lorentz rotation/reflection ⊕ boost",
    "source_code": "—",
    "symbolic": "Householder ∈ O(n), boost ∈ SO⁺ ⇒ product ∈ O⁺",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "ε_group",
        "value": "5.10e-16"
      },
      {
        "label": "ε_manifold",
        "value": "6.66e-16"
      }
    ],
    "dependencies": [],
    "receipt_hash": "49b5735c"
  },
  {
    "claim_id": "repaired-Q",
    "title": "Householder Q ∈ O(n)",
    "claim_type": "group",
    "level": "A",
    "verdict": "holds",
    "because": [],
    "source_paper": "repaired FlorE / hybrid",
    "source_code": "constructed here",
    "symbolic": "each Hᵥᵀ Hᵥ = I, det Hᵥ = −1",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "m",
        "value": "1"
      },
      {
        "label": "det Q",
        "value": "-1"
      },
      {
        "label": "ε_group",
        "value": "3.51e-16"
      }
    ],
    "dependencies": [],
    "receipt_hash": "43565ec0"
  },
  {
    "claim_id": "hybrid-Op",
    "title": "Hybrid QB ∈ O⁺(1, n)",
    "claim_type": "group",
    "level": "A",
    "verdict": "holds",
    "because": [],
    "source_paper": "proposed construction",
    "source_code": "operators.ts hybrid",
    "symbolic": "spatial Householders preserve x₀-sign; boosts are orthochronous",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "ε_group",
        "value": "8.78e-17"
      },
      {
        "label": "Λ₀₀",
        "value": "1.0700"
      },
      {
        "label": "orthochronous",
        "value": "yes"
      }
    ],
    "dependencies": [],
    "receipt_hash": "7b736b08"
  },
  {
    "claim_id": "lie-S",
    "title": "S ∈ so(1, 2)",
    "claim_type": "lie",
    "level": "A",
    "verdict": "fails",
    "because": [],
    "source_paper": "FlorE continuous σ = e^λ",
    "source_code": "—",
    "symbolic": "SᵀJ + JS = 2 diag(0,0,1), ‖·‖_F = 2",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "ε_lie(S)",
        "value": "2.0"
      },
      {
        "label": "ε_lie(J)",
        "value": "0"
      },
      {
        "label": "ε_lie(K₁)",
        "value": "0"
      },
      {
        "label": "ε_lie(K₂)",
        "value": "0"
      }
    ],
    "dependencies": [],
    "receipt_hash": "d9f499f5"
  },
  {
    "claim_id": "flore-tables",
    "title": "FlorE Table 4 matches Table 6",
    "claim_type": "benchmark",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "Table 4 FB 52.3 / WN 45.8 vs Table 6 FB 42.3 / WN 52.8",
    "source_code": "—",
    "symbolic": "Reporting inconsistency. Does not imply 0.402 is false.",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "FB Z-Par T4 − T6",
        "value": "10.0"
      },
      {
        "label": "WN Z-Par T6 − T4",
        "value": "7.0"
      }
    ],
    "dependencies": [],
    "receipt_hash": "61045e61"
  },
  {
    "claim_id": "flore-margin",
    "title": "Public best margins match the paper",
    "claim_type": "parity",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "FB15k-237 margin 1.07, WN18RR 1.01",
    "source_code": "best scripts: FB 1.00, WN 1.08",
    "symbolic": "paper config ≠ public best-script config",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "paper",
        "value": "1.07 / 1.01"
      },
      {
        "label": "scripts",
        "value": "1.00 / 1.08"
      }
    ],
    "dependencies": [],
    "receipt_hash": "c0e5e027"
  },
  {
    "claim_id": "flore-eval-trunc",
    "title": "Public evaluate() covers the full test set",
    "claim_type": "benchmark",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "FlorE §experiments, filtered ranking, Table 1 sizes",
    "source_code": "Experiment.evaluate · max_queries=20, batch=100, break",
    "symbolic": "20 × 100 = 2,000 ≤ paper test cardinality",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "max examples",
        "value": "2000"
      },
      {
        "label": "FB fraction",
        "value": "2000/20446"
      },
      {
        "label": "WN fraction",
        "value": "2000/3134"
      }
    ],
    "dependencies": [],
    "receipt_hash": "1770e9ed"
  },
  {
    "claim_id": "flore-eval-relmap",
    "title": "Public evaluate() can emit Tables 4/6",
    "claim_type": "benchmark",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "FlorE Tables 4 and 6",
    "source_code": "relation_map = {}; hits_level used before assignment",
    "symbolic": "∅.values() contains no rela_id",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "relation_map",
        "value": "{}"
      }
    ],
    "dependencies": [],
    "receipt_hash": "d7963ad7"
  },
  {
    "claim_id": "flore-nocheckpoint",
    "title": "Public training writes a hashable checkpoint",
    "claim_type": "checkpoint",
    "level": "B",
    "verdict": "fails",
    "because": [],
    "source_paper": "—",
    "source_code": "best_model = deepcopy(state_dict); no torch.save",
    "symbolic": "in-memory only ⇒ no Level-C artifact",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "torch.save",
        "value": "absent"
      }
    ],
    "dependencies": [],
    "receipt_hash": "68664575"
  },
  {
    "claim_id": "atlas-kg",
    "title": "atlas-kg-v1 factorial cells are bound",
    "claim_type": "benchmark",
    "level": "C",
    "verdict": "holds",
    "because": [],
    "source_paper": "Atlas factorial design (synthetic)",
    "source_code": "src/lib/train.ts · receipts/atlas-kg-v1.json",
    "symbolic": "Level C for atlas-kg-v1 only. FlorE 0.402 remains unbound.",
    "assumptions": [],
    "preconditions": [],
    "numerical_witness": [
      {
        "label": "family",
        "value": "atlas-kg-v1"
      },
      {
        "label": "cells",
        "value": "12"
      },
      {
        "label": "FB15k-237",
        "value": "unbound"
      }
    ],
    "dependencies": [],
    "receipt_hash": "9e3c2bd4"
  }
]

Live operator

ε_group = ‖Λᵀ J Λ − J‖_F, ε_manifold = |⟨Λx, Λx⟩_L − ⟨x, x⟩_L|, ε_det = ||det Λ| − 1|.

ε_Lorentz ‖AᵀJA − J‖

0.7500

ε_manifold |⟨Ax,Ax⟩+1|

0.0517

ε_det ||det A| − 1|

0.5000

det A

0.5000

Matrix A

1.000000
00.9553-0.1478
00.29550.4777

At least one invariant fails. This is not an element of O(1, 2).

Construction

Property receipts

Seeded samples of the same constructions. Use this to catch a coding error, not to prove D(σ)ᵀ D(σ) = I.