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58 changes: 58 additions & 0 deletions research/joint-relations-independent-validation/CLAIMS.json
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@@ -0,0 +1,58 @@
{
"schema_version": 1,
"review_status": "READY_FOR_COLD_REPLAY",
"canonical_main": "1ec1119972c9aefe42525172d07b332fcff81cb4",
"selected_baseline": ".0030217758",
"selected_metadata_role": "Frozen historical provenance; future selected-result updates do not invalidate this review.",
"candidates": [
{
"pr": 5383,
"head": "4bd6efa51a495a7c7b7754915cf0244e7e60969e",
"author": "Ali Romman",
"kappa": "151333/50000000",
"decimal": ".00302666",
"package": "research/kappa-joint-relations-20261023",
"word_payload_sha256": "2aee5e997df99726fc763e510d9cb69fbe4f86114dc8d2cd33ad26c6c462a21d",
"last_pivot": 288
},
{
"pr": 5387,
"head": "b1ab650d36f59e5be682a813145b7c67e219e341",
"author": "Dugongue",
"kappa": "605334953/200000000000",
"decimal": ".003026674765",
"package": "research/eight-owned-relations",
"word_payload_sha256": "9aa0d7112b4e13f1aa13a93dab0af6f4435ffe99b842aad841685becdafee492",
"last_pivot": 261
}
],
"assumptions": [
{
"id": "native_all_columns",
"statement": "Retained native operators, phase conventions, spectators and whole-job adapters work at every positive column multiplicity."
},
{
"id": "owned_erasure",
"statement": "Owned streams and suspended centers obey the retained allocation, erasure and ownership contracts."
},
{
"id": "compiler",
"statement": "The finite mixed-target compiler and chronological product, completion and splitting satisfy the retained uniform closure contract."
},
{
"id": "precision_tape",
"statement": "Retained fixed-tape movement and precision/storage prescriptions apply to the new fixed finite template."
},
{
"id": "analytic_recovery",
"statement": "Analytic decomposition, fine-prime avoidance and exact integer recovery follow the retained upstream/outer framework."
}
],
"selection_authorized": false,
"construction_claim": "No new native construction is claimed by this independent review.",
"selected_kappa": "15108879/5000000000",
"same_selected_assumptions_required": true,
"new_unconditional_or_Lean_theorem": false,
"uniform_word_materialized": false,
"selected_record_changed": false
}
95 changes: 95 additions & 0 deletions research/joint-relations-independent-validation/COMMANDS.json
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{
"schema_version": 1,
"commands": [
{
"name": "algebra-5383",
"argv": [
"agents/algebra/check_joint.py"
],
"timeout_seconds": 120
},
{
"name": "algebra-5387",
"argv": [
"agents/algebra/check_joint.py",
"--candidate",
"agents/sources/pr5387/research/eight-owned-relations/WORD.json.gz",
"--candidate-pr",
"5387",
"--candidate-head",
"b1ab650d36f59e5be682a813145b7c67e219e341",
"--out",
"agents/algebra/RESULT-5387.json"
],
"timeout_seconds": 120
},
{
"name": "ownership-5383",
"argv": [
"agents/ownership/check.py",
"--exact",
"--controls",
"--output",
"agents/ownership/RESULT.json"
],
"timeout_seconds": 120
},
{
"name": "ownership-5387",
"argv": [
"agents/ownership/check.py",
"--exact",
"--controls",
"--candidate",
"agents/sources/pr5387/research/eight-owned-relations/WORD.json.gz",
"--candidate-head",
"b1ab650d36f59e5be682a813145b7c67e219e341",
"--output",
"agents/ownership/RESULT-5387.json"
],
"timeout_seconds": 120
},
{
"name": "event-invoice-and-prices-both",
"argv": [
"agents/prices/check_prices.py"
],
"timeout_seconds": 120
},
{
"name": "outer-BIT-compiler-both",
"argv": [
"agents/outer/check_outer.py",
"--candidate",
"PR5383",
"repository/research/kappa-joint-relations-20261023/RESULT.json",
"--candidate",
"PR5387",
"agents/sources/pr5387/research/eight-owned-relations/RESULT.json",
"--bit-source",
"repository/research/query-thinned-controllers/RESULT.json",
"--out",
"agents/outer/RESULT.json"
],
"timeout_seconds": 120
},
{
"name": "applicability-both",
"argv": [
"agents/applicability/check_applicability.py"
],
"timeout_seconds": 120
},
{
"name": "actual-word-semantic-mutants-5383",
"argv": [
"agents/falsifier/check_mutants.py",
"--mode",
"full",
"--out",
"agents/falsifier/CONTROLS-FULL.json"
],
"timeout_seconds": 300
}
]
}
217 changes: 217 additions & 0 deletions research/joint-relations-independent-validation/PROOF.md
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# Joint validation and exact dependency argument

## Claim and five retained premises

For each of the two exact literal words in CLAIMS.json, the new independent
engines establish the algebra, ownership, complete invoice and numerical
compiler/outer specialization described below. The implication remains
conditional on the **same five literal premises** in CLAIMS.json, which the
source guard compares with the authenticated selected PR5241 claim:

1. Native operators, phase conventions, spectators and whole-job adapters work
at every positive column multiplicity.
2. Owned streams and suspended centers obey the retained allocation, erasure
and ownership contracts.
3. The finite mixed-target compiler and chronological product, completion and
splitting satisfy the retained uniform closure contract.
4. The retained fixed-tape movement and precision/storage prescriptions apply
to the new fixed finite template.
5. Analytic decomposition, fine-prime avoidance and exact integer recovery
follow the retained upstream/outer framework.

The frozen selected record is 15108879/5000000000 = .0030217758 at canonical main
1ec1119972c9aefe42525172d07b332fcff81cb4. It is historical provenance, with an exact
vendored copy; no future live selected-file equality is a premise. No source
object is fetched or substituted for missing working input during replay.

## Distinct literal words and algebraic domains

| Item | Ali Romman PR5383 | Dugongue PR5387 |
| --- | --- | --- |
| Source head | 4bd6efa51a495a7c7b7754915cf0244e7e60969e | b1ab650d36f59e5be682a813145b7c67e219e341 |
| Conditional κ | 151333/50000000 = .00302666 | 605334953/200000000000 = .003026674765 |
| Last pivot | L288 | L261 |
| Eighth snapshot source event/role | 11306 / L288 | 11296 / L256 |
| Eighth zero source event/role | 17580 / L288 | 17233 / L256 |
| Backward scalar allowance | 158744 | 158776 |

Both eighth substitutions use frame 281, but the unrestricted source relation
and the retained arbitrary input domain differ. Equal invoices cannot establish
their semantic equivalence. Each algebra invocation independently replays all
21,449 original backward events, derives eight source-center-minus-snapshot rows
and their eight matching later zero rows, reduces the simultaneous rank-eight
system, and checks the actual preparation. It then replays the entire respective
candidate on 624 independent retained inputs plus 17 arbitrary owned entry
inputs. The pivots are 225,227,229,230,241,245,257 and the candidate-specific last
pivot above. No relation basis, WITNESS, author evaluator or PASS receipt is the
source of those identities. See reports/algebra/REPORT.md.

The independent dyadic row engine keeps integer numerators and a common power
of two denominator. Terms are independent inputs acted on by reduced free words.
Only adjacent generator/inverse pairs cancel; different generators do not
commute. For every positive width f, substitute the inherited actual f-column
operator for each generator and its inverse for the inverse symbol. Evaluation
is an algebra homomorphism, so the unrestricted formal identities hold on all
payload vectors, including nonseparable inputs. Rational coefficients stay
outside evaluation. No tensor power is distributed over a sum.

All new preparation coefficients use the checked same-frame ADD/CLEAR grammar.
The emitted preparation equals the independent joint RREF assignments and has
no pivot on any pivot right-hand side. All eight snapshots coexist before the
first center substitution, each in a distinct cleared owned bank. Same-frame
COPY substitutes the exact source output with its physical gauge; identity at
a proved complete zero vector removes the later job. Identity does not transport
an arbitrary nonzero value between frames or erase approximate error.

## Chronology, physical factors and owners

The independent owner parser separately checks both whole backward words and
both unchanged forward words, all frame transitions, exact retained endpoints,
zero retags and owned returns. Each backward has 17 distinct complete owners
(eight pivots and C0..C8); each forward has one C0 owner. Arbitrary dirt is cleared
only in owned fields. Every removed pivot loses its productive target. No
snapshot, suspended center, query scratch or parked bank receives productive
credit. The raw p16 controller needs at least 16*17+2=274 separately tagged LOCAL
banks before its other controller/compiler storage.

Every retained warp, phase marker and adapter has exact original chronology;
canonical operators and frames are unchanged. Source signed native and paid
phase facts are **authenticated historical reuse** from the selected PR5241
foundation, whose full 31-file proof/checker/receipt closure is retained under
capsule/agents/sources/pr5241. The receipt binds the original source payload
cfcd36b40326d7a5815e1db5313444379b3fb756b27d5201c561574c085cc0dd,
180 native classes, all 408 helpers in both orientations, and 5710 oriented paid
classes/6596 paid event instances. The historical first-cold wrapper differs
from canonical verify.py; its mathematical phase/native/helper checkers and
regeneration code retain the recorded hashes. No new phase lowering is claimed.
The canonical maintainer PROOF-REVIEW authorizes this unchanged foundation reuse.
New scalar chronology, joint identities and owner domains are checked afresh.
PR5384's single-relation review supplies generic COPY/zero/all-f interpretation,
not the simultaneous joint proof or new inventory.

## Whole-controller invoice, directed prices and outer point

The event census computes paid ranks from actual endpoint frame dimensions,
checks physical scalar tariffs and reads the literal p16 controller. It obtains
64,148 paid jobs and 10,800 productive fields for each word. Relative to the
source controller it removes 128 H1 and 128 H8 paid calls and surrenders all
128 H9 productive targets; the rank surplus remains 752. This is a complete
controller invoice, not eight added local savings. It includes main, idle,
query and completion terms. See reports/prices/REPORT.md.

A fresh independent fixed-point rational interval engine uses directed rounding
at 10^-65, an atanh logarithm series and exponential Taylor remainder. It checks
the actual signed moments, unique fixed-profile crossing, both completion tails,
strict alpha reserve, eta/complement capacity and splitting. It independently
recomputes both candidate parameter choices; source-identical profile reuse is
justified by the separate literal event censuses. The raw crossing is strictly
between .00302667476807 and .00302667476808. This is a ceiling for this exact
invoice, not an optimum over native constructions or relation systems.

| Quantity | PR5383 | PR5387 |
| --- | --- | --- |
| Tested complex saving | .00302667 | .003026674766 |
| Reserved alpha slack | 1e-9 | 1e-12 |
| Tensor exponent / cutoff / floor | 1024 / 20 / 21 | 1024 / 20 / 21 |
| Outer gap | 1/700000000 | 1/7000000000000 |
| Least winning j on stated sufficient grid | 44836 | 58507 |
| Compiler H, N=2^H | 31385200000000 | 409549000000000000 |

The new rational outer engine derives all 54 strict and four functional rows
from its own exact parameter family, checks all positive, and independently
finds the winning compiler integer and failure at the preceding sufficient-grid
index. It compares author parameter records only after fresh computation.
Ordinary BIT is source-bound to 17/5000=.0034 with the exact unchanged ABI;
its native/interface admission is retained, not replayed. The compiler threshold
is an algorithmic finite specification. The enormous expanded word is not
materialized. See reports/outer/REPORT.md and reports/applicability/REPORT.md.

The author engines' separate normal/optimized cold replay evidence is an
external execution gate. This review's own replay independently recomputes the
invoice, directed moments and outer predicates; it does not promote author
RESULT status labels into a premise.

## Effective expanded bounds and exact physical domain

The detailed construction and strong-induction proof are retained in
reports/applicability/REPORT.md, with exact canonical FINITE-PRECOMPILATION and
FINITE-TEMPLATE-CLOSURE notes under capsule/repository. For the explicitly chosen
integer batch clearing, sequential base kernels, full routes and separately
tagged owned banks, define

```
D = 2^262144
F(0) = D
X_n = (n+1)*(D+1)*(F(n-1)+1) (n>=1)
F(n) = X_n^(16*(n+1)^2) (n>=1)
N = 2^H, M = F(N)
Wbar = Pbar = Obar = Rbar = Gbar = M
Zbar = 2*M
Ebar = 64*(Zbar+N+Pbar+Gbar+1)^3
Bbar = Pbar+Ebar
C0bar = 32*N*Bbar^2
```

These are terminating integer recursions and fixed finite constants, with
candidate-specific H. D pays the squared complete role inventory and rank-router
factors of the strictified 1024-fold unit. For top rank n, there are at most
(D+1)^(2n+2) mixed-unit instances; product clearing over distinct smaller widths
is at most F(n-1)^(n-1). Expanded incidence fits X_n^(3n+5); routing and coefficient
height fit X_n^(9n+20). For every n>=1,
16(n+1)^2-(9n+20)=16n^2+23n-4>=35, proving the strong induction. The finite probe
of this inequality corroborates the algebraic proof; it does not replace it.
The raw 181098496 bound is never reused as the expanded cap.

The actual W/P still determines efficiency; enlarged envelopes create no
productive outputs. The fresh semantic recurrence is
A(e)<=A(floor(e/N))+Pbar*floor(e/N)+Ebar, with elementary leaves <=8e.
It gives A(e)<=2*Bbar*e and complete-layer height below C0bar*d. The actual
identity at zero retags propagates residual error through this changed program;
there is no artificial numerical reset at a symbolic zero.

For d<=c*p^(a/b), choose
Lprec=bit_length(4*C0bar*ceil(c)),
tprec=max(4,ceil(b*Lprec/(b-a))) and p_prec=2^tprec.
For p>=p_prec the retained fine-grid prescription uses at most 2p bits per signed
component. Fixed-tape class restrictions remain f<=p, A=O(p),
K/log(p)->infinity, complete compact/control fields, restored dirty temporaries
and the source superpolynomial record fiber. Their asymptotic domain-entry
threshold remains the retained premise where no numerical growth rate is given.

With Dord(e)=0 below N and 1+Dord(floor(e/N)) otherwise, reserve complex stock
[Wbar*(Obar+1)]^Dord(d), **multiply** it by simultaneous BIT stock, and pad once
to the full product. For retained BIT coefficient L_BIT, define
Lstock=ceil(log2 Wbar)+ceil(log2(Obar+1))+L_BIT+2.
Above d>=2^(2*(Lstock+2)), the combined reserve uses fewer than d/4 complete
chunks; padding costs a factor below 2. Include stopping, precision, movement
and descriptor cutoffs in the final maximum. This pays all suspended banks and
preserves the retained movement exponent and spectator restoration.

## Independence, controls and invalidation

No new engine imports an author native, price, interval or endpoint evaluator.
The only cross-engine import is the independent algebra implementation used by
the actual-word semantic falsifier. The wrapper runs both exact words separately,
then checks fresh coverage fields and source/K/payload identities. Fresh result
files do not enter the frozen input inventory and cannot form a hash cycle.
The normal/-O schedule is identical, with explicit optimization propagated to
every scientific subprocess and fresh bytecode caches before scientific imports.

Independent controls cover preparation sign/coefficient/pivot, wrong saved row,
wrong COPY gauge, omitted relation, arbitrary owned dirt, missing owner returns,
source chronology, borrowed erasure, storage alias, productive credit, extra H1,
reserve, compiler grid and outer boundary failures. Six actual-word mutants
recompute their payload digests and reach the mathematical parser directly;
rejection is not an old-digest comparison. Source and headline mutation controls
separately exercise the working-input guard and offline Git membership binding.

An early algebra parser rejected legal signed-denominator SCALE [2,-1]; sign
normalization corrected that checker defect before the frozen successful runs.
Early applicability/falsifier resource failures and the wrong-marker parser
attempt remain reported as implementation failures, never candidate evidence.
Source phase, ordinary BIT native construction, physical precision/tape execution,
analytic decomposition, prime avoidance and integer recovery are reused in
explicit quantified domains. This is not an unconditional theorem, Lean/kernel
verification, independent human acceptance, selected promotion or practical
speedup. Any relevant word, native factor, ownership, invoice, parameter,
scientific engine, source pin or premise edit invalidates its dependent replay.
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