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research: SUBSTATE-2 recursive inverse-limit substructure and depth-feedback controls - #1011

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@amaybaum amaybaum commented Oct 30, 2026 •

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WIP / RESEARCH ONLY — SUBSTATE-2, guiding draft PR for issue #1010, under AGENTS.md §A.43. Separate from SUBSTATE-1 #1009 and Yang–Mills action audit #1003.

Drafting snapshot D: main at f6989a27815c4d715223eebf2859422c1231e3f8.
Current source head: 947761dd40c17e4fdedcd8972a0b4e53e8bfba42 (accepted administrative correction integrated by fast-forward).
Scope: 35 changed files, ALL under verification/ (research records, three Lean research modules, bridge root imports and Lean-manuscript census classification). No manuscript, book, physical-premise, frozen receipt, workflow or main changes.

NATIVE-PADIC-1 — source-test finding (writer round)

  • Preregistered before the test in verification/programmes/substratum/recursive-substates/native-padic-bridge/PREREGISTRATION.md. Compared the coefficient-1 finite cubic scalar reference wave update formula from papers/oi_lattice_code/trace_out_fractional/wave_eqn.c with a hypothetical compatible family of site alphabets Z/(2^n). The extension is a candidate mathematical lift, not an adopted physical OI substratum. SM §4.1 leaves the physical coefficient open; the congruence argument covers integer or compatible 2-adic coefficients, while the Lean module covers coefficient 1.
  • Exact all-state theorem (written proof): for every m<n, coordinatewise reduction mod 2^m commutes with the wave step and its inverse (six-term integer nearest-neighbor sum minus previous slice). Induction gives the same for all times. Thus extra fine digits cannot affect any passive readout factoring through a fixed low-m quotient, regardless of prior. Every full finite low-m two-slice factor is a permutation, so any fixed low-m observable has an exact finite common visible return, even if the whole inverse-limit hidden carrier does not.
  • Independent exact controls: native_padic_probe.py and RESULTS.json retain 9,344 modular arithmetic checks on a 27-site L=3 cube, q=2..64 (powers of two), 12 fixed preparations per q, 16 forward/inverse steps for all lower-stage reductions, and high-digit perturbations. This is finite regression evidence, not an exhaustive enumeration over q^54 states.
  • Nonvacuous alternative: adding a fixed non-native bit1-to-bit0 output kick at the origin produces a reversible two-slice update that does distinguish initial states agreeing in their low bit. The modified interaction is not the actual OI wave rule, an implemented native-Y gate, quantum interference or Yang–Mills dynamics.
  • Lean scope: OIBridge.NativePadicReduction.lean proves the finite-stencil additive-homomorphism projection identities for the wave step and intended inverse-map formula; the inverse property is not proved there. Imported into the root and classified kernel-only in the maintained manuscript census. Build and release-gate checks pass in fresh ordinary PR CI for integrated head 947761dd; no p-adic physical carrier or operational quantum claim is formalized.
  • Independent physical payoff gate: an actual native recursive scale-mixing mechanism must be sourced from the existing OI substratum and public observer-access contract, with repeatable full-record interventions, classical memory control and Wilson-versus-squared action controls. Neither deeper digits alone nor passive coarse-graining supplies the missing F2 operational quantum resource or a Yang–Mills action.

CI/governance: fresh ordinary PR run 41284458598 for integrated source head 947761dd passed: 25 jobs succeeded, 1 expected skip; Build and Release gate succeeded. Previous source-head run 41222551849, associated with source head 4e7ddb70, passed: 25 jobs succeeded, 1 expected skip; Mathlib job 124599945935 Build and Release gate both succeeded. This tests a synthetic merge, not an F/E exact-head attestation. No manuscript promotion, manual workflow dispatch or merge.

FIXED-SCALE-1 — actual writer result on this head

One fixed reversible infinite-depth rule (research-only):

T(a,r,c)=(a XOR r XOR c[0], r, shift(c)), where c is a bi-infinite independent fair bit tape, r is a persistent hidden bit, and the four-symbol observer records (a,c[0]). The map is a continuous bijection preserving product-fair measure, with an explicit inverse.

Exact paper-level infinite-model deductions (independent acceptance at c811e876 is author-reported; see provenance qualification below):

  • For every positive integer time t, each row of the rooted Γ_t equals (1/4,1/4,1/4,1/4). This family is P-divisible and never returns to identity at a positive common time; P(O_t=O_0)=1/4.
  • Nevertheless, I(O_{t-1};O_{t+1}|O_t)=1 bit for all t>=1, since the earlier two records reveal the static r-bit whereas the current record alone does not. The full-record parity identity a_{t-1} XOR a_{t+1}=c_{t-1} XOR c_t follows.
  • A fixed time t depends on finitely many tape coordinates, but initial-depth dependence grows without bound as t increases. This uses one fixed rule, unlike the earlier family of depth-m flips.

Executed exact finite controls: fixed-scale-skew/fixed_scale_probe.py exhausts cyclic tape lengths 3–9 (32 to 2,048 full states), checks two-way inverses, all 32 supported three-time words at 1/32, uniform rooted maps prior to the wrap, exact 1-bit conditional memory, depth witnesses, finite cyclic return at 2n (not an infinite-period result), and a decoupled/removed-r Markov control with zero conditional memory. All local controls passed in normal and optimized Python; the checked script contains no assert statements.

Strong matching negative control (added after preregistration): a separate reversible four-symbol iid shift has the same complete rooted two-time family Γ_t=J_4/4 for positive t, while all 64 three-time records have probability 1/64 rather than 32 records at 1/32. Hence the three-record total variation is exactly 1/2, with conditional memory 0 vs 1. matched_control.py checks all cyclic iid tapes of lengths 3–7 (up to 16,384 states), normally and optimized, with exact rational results.

Evidence: research files fixed-scale-skew/PREREGISTRATION.md, REPORT.md, fixed_scale_probe.py, RESULTS.json, matched_control.py, MATCHED.json, and replay.py. Source/result Git blob hashes match the locally tested bytes; the joint replay driver checks explicit SHA-256 digests and rejects nonzero exit, stderr, or byte mismatch.

Science boundary: classical memory, not native OI physical dynamics, operational QM, a gauge field, Yang–Mills action or log-periodic prediction. Product-fair tape prior and physical access to a static r-bit via coarse records are model inputs, not derived from OI. The full continuous/infinite statement is a written mathematical proof; no Lean certificate for it or physical-source validation. Independent acceptance is author-reported with the qualification below. The pre-existing conditional finite-depth RecursiveFiniteFactor module builds in ordinary PR CI; this does not formalize the infinite-model proof.

Governance: all 35 changed files are under verification/; no manuscripts, publication claim, merge, F/E designation or manual workflow dispatch. Current-head ordinary CI is green as reported above.

Exact finite results — locally reproducible, not native OI

  • A — Z_2 odometer: Levels 1…9 exhaustively checked. The low-bit readout swaps deterministically, Γ₂=I; deeper digits cannot influence that compatible quotient. Classical negative control, no P-indivisibility.
  • B1 — a fixed depth-m backflow: m∈{1,2,3,5,7}, all 256-bitstring configurations per choice checked. Static hidden bit controls the visible flip; Γ₁=J/2, Γ₂=I, with exactly I(X₀;X₂|X₁)=1 bit and four length-three words of probability 1/4. Each m defines a different model with finite coupling depth, not one scale-free law. This is a classical memory witness, NOT quantum coherence.
  • B2 — scale conveyor: Finite cyclic shifts N=3…9 exhaustively checked, including iid cylinder words below the return horizon; each has period N. In the separate infinite bi-infinite Bernoulli-shift model, all forward observations are iid and P(X_L=X₀)=1/2 for each positive L. Hence no shared exact a.e. visible period despite reversible continuous dynamics. Do NOT pass the finite-period N to the infinite limit.
  • C — profinite gauge link tower: Complete four-link inventories Z/2^n, n=1…4, up to 65,536 states, with gauge covariance under all four generator shifts, compatible reduction, reversible Haar-preserving link translation and nontrivial gauge-invariant plaquette holonomy. The lowest-bit visible factor swaps and returns after 2. w and w² remain different gauge-invariant plaquette functions (exact rational q=4 control). This abelian profinite group is NOT connected U(1), SU(2) or SU(3), and it supplies NO Yang–Mills action.

Theorem and Lean scope

Paper proof (not yet Lean): On a compact profinite inverse limit, every continuous finite-valued observation depends on a finite stage (clopen-cylinder compactness proof in ANALYSIS.md). Under continuous dynamics, each fixed-time observed record factors through a finite stage. If an exact common pointwise visible period L is independently supplied, one finite depth governs the whole infinite observed word. This is NOT Poincaré recurrence, not an almost-everywhere automatic conclusion, and not a result for arbitrary measurable/discontinuous observations.

Lean scope: OIBridge.RecursiveFiniteFactor proves only the conditional finite-family depth bound and all-time extension assuming a supplied periodic record family, plus involution of a hidden-controlled visible Boolean flip. The topological factorization premise remains unformalized. The file is imported by OIBridge.lean and entered as kernel-only in the maintained census. Build and release-gate checks pass in fresh ordinary PR CI for integrated head 947761dd. No topological or physical theorem is promoted.

Reproduction / provenance

python3 -I -B verification/programmes/substratum/recursive-substates/replay.py

The local deterministic script passed normally and with python -O, with output bytes exactly matching committed RESULTS.json. File content hashes of both source and expected result were checked against the working files that produced the local result. The driver rejects a nonzero child exit, stderr or byte mismatch. Source SHA-256 6beb25044fc6966a954adc186d1a136f42fedd78c938c2683983316b886af666; results SHA-256 8b949aa7cbd688f7c41fa079f761424afea98700e387db42c2b15320174e2b64.

CI: current ordinary draft-PR CI is reported above. No manual dispatch. Local Python evidence does not substitute for Lean, physical or whole-CI evidence.

F2-1 closeout and review provenance

  • Frozen preregistration 66eb48ca; A★/stage-1 log b86f0547; A★-1 fdeeb2d5. Thirteen screened rules, no admissible candidate. No general no-go or F2 progress follows.
  • First Stage-2 attempt 05ecc873, run 41220197866: permanent INCONCLUSIVE (void). Its files remain preserved.
  • Separate bounded repair/run-2 1d345126, evidence 2155273f, wording 4e7ddb70: recorded INCONCLUSIVE (gap). The frozen controls, statements and scientific scope are unchanged.
  • Independent-review provenance: ACCEPT at c811e876 and final review of 1d345126 are author-reported in 6543745746 and 6546461983. Reviewer identity/time and a retrievable reviewer-authored verdict remain unresolved in the inspected record. This does not establish that review did not occur.
  • Read frozen A★ alongside G★ correction 6546748788: its ones-fixing necessity clause is overstated; the scoped thirteen-rule gap outcome is unchanged. F2/L3 remain open.
  • Lane B provenance audit found stale mutable status surfaces, not grounds to reopen accepted science. The four-file status-only correction at 947761dd40c17e4fdedcd8972a0b4e53e8bfba42 is integrated as the current PR head. Fresh CI is green and independent integrated-commit review accepted the administrative delta; the missing historical reviewer source remains unresolved.

Decisions / next hard-to-vary gate

Model B1 establishes selective classical depth feedback; B2 shows deeper levels can successively influence records only at the expense of a shared finite-period bound under its stated dynamics. The next physically meaningful candidate must supply one fixed scale-coupling law, observer readout, invariant prior, measurable apparatus/control contract and a non-adjustable independent prediction. Reject any model that assumes quantum operations or selects Wilson action by arbitrary knobs. Finite observed entropy does not establish physical area-law entropy; a Cantor-like metric alone does not yield log-periodic physics.

Governance: draft/research only; no manuscript, publication claim, F/E designation, workflow dispatch, merge or active-PR hold violation. Independent exact-commit review and the applicable CI evidence remain required before any promotion; no promotion is authorized here.

amaybaum commented Nov 3, 2026

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Formal hold retired (owner decision, chat 2026-11-03). Formal holds are retired as a scheduling mechanism (#1074, rule 7). This PR enters the ordinary backlog.

  • Preserved: head 947761dd40c17e4fdedcd8972a0b4e53e8bfba42 and the existing work, reviews and evidence on this branch. This comment changes nothing on the branch.
  • Obligation row: #1074, row SUBSTATE-2: recursive inverse-limit substructure, depth feedback and gauge/quantum controls #1010 (Recursive sub-states and coherence sourcing, SUBSTATE-2). Priority, prerequisites, readiness and authorization for this PR's work are recorded only in that row.
  • No permission: this change authorizes no work, execution, integration, publication or claim promotion, and waives no review or CI requirement.
  • Earlier statements of this PR's hold, on this PR and elsewhere, are superseded by this comment and are not edited. Any other requirement they state, such as a merge gate, stands.

Generated by Claude Code

amaybaum commented Nov 4, 2026

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Closing without merging (owner approval, amaybaum, Claude Code session chat, 2026-11-04: this PR is to be closed "without merging, retaining its branch at 947761dd40c17e4fdedcd8972a0b4e53e8bfba42").

Closing this PR is an administrative act. It establishes no scientific result and resolves no research obligation.


Generated by Claude Code

@amaybaum amaybaum closed this Nov 4, 2026
amaybaum pushed a commit that referenced this pull request Nov 4, 2026
- Run 1: cite the frozen clause 0(v), A★-1:11–14 and the on-main
  records for its void outcome; state that run 1 records no review
  (6556076022 covers run 2 only).
- G★ item 2: refute only the necessity of the gauged ones-fixing
  condition for R; cite falsifier_available_of_mem (any architecture
  containing rot has R) and scaled_rot_not_gauge_nonneg beside
  gauged_rot_mem_onesClass; note PC-F1 keeps the condition as an L2
  requirement.
- Run 2's unchanged token rests on prereg :221 and A★ :180–183; the
  #1011 comment is provenance.
- MR-1 note: :638–639 is a reporting rule, not a finding; quote the
  freeze designation with author and time; add the :105–106 item-3 site.

Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_013T6pfKuv5mi3MXtKjH2tZb
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