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…ared-donor kernel in B3 (unsplit, halving degree two), paired with CrocSwap#377's nine-stage E8 complex component; conditional kappa = 9.98243154231047e-4 (complex-bound; split degree-1 kappa 9.82187773703164e-4) Co-Authored-By: Claude <noreply@anthropic.com>
…ith our CrocSwap#378 re-timed E8 unit (same operator), paired with our CrocSwap#382 B3 bit word; conditional kappa = 9.98634656132003e-4 (complex-bound; b 9.99240641e-4 -> 9.99632926e-4) Co-Authored-By: Claude <noreply@anthropic.com>
…ew free zero-row sink helpers on CrocSwap#390's dirty-preconditioned E8 complex program; conditional kappa = 1.000385913854264e-3 (complex-bound; b 1.001221667e-3 -> 1.001387690e-3)
…nks 301/324/387) on Dugongue's CrocSwap#398 signed target-prefix R781 E8 complex program, compiled with CrocSwap#390's dirty-preconditioned bracket; conditional kappa = 1.002661106042177e-3 (complex-bound; b 1.003500664e-3 -> 1.003667444e-3; CrocSwap#398 b and kappa reproduced as control)
…d 220 on Dugongue's CrocSwap#401 response-subspace R781 E8 complex program (full raw operator identical); conditional kappa = 1.013357935292321e-3 (complex-bound; b 1.014338728e-3 -> 1.014385871e-3; CrocSwap#401 b and kappa reproduced as control from our emission) Co-Authored-By: Claude <noreply@anthropic.com>
… repository CI (no mathematics changed)
…s 301/387 and target re-synthesis of 177/220 on Dugongue's CrocSwap#404 shared-donor R781 E8 complex program; conditional kappa = 1.016526770666368e-3 (complex-bound; b 1.017456486e-3 -> 1.017561149e-3; CrocSwap#404 b and kappa reproduced as control from our emission) Re-pivots four CrocSwap#404 gauge relations (555->748, 1019->958, 1020->1001, 585->636; same relation spans, raw operator = CrocSwap#398's * diag(I,I,S')) so the word passes gx.check1 and gxcore (sixths), and the unique quarter-of-donor uncomputes of free sinks 301/387 stay in sixths. CrocSwap#404's 124/125 recovery (gx E4) is not used. Credits: Dugongue (CrocSwap#404, CrocSwap#401, CrocSwap#398, CrocSwap#390), rohanarun, applecrusher (CrocSwap#376), jacklightChen, Jacob Sussman, DaysSky, utcorvusvolat-dotcom, DreamingOfClouds.
…equential entrance gauges (two groups re-pivoted to fix gxcore E5), CrocSwap#410's eight entrance enlargements, our CrocSwap#407 re-pivoting, padding fusion of sinks 301/387 and CrocSwap#402 re-synthesis on the R781 E8 complex program; conditional kappa = 1.017776060460931e-3 (complex-bound; CrocSwap#406/CrocSwap#408/CrocSwap#409/CrocSwap#410 hashes and CrocSwap#408/CrocSwap#409/CrocSwap#410 b/kappa reproduced as controls; all four fail gx E4)
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Third-hardware replay: PASS, exact claimed value. The audit claims also reproduce.
Environment: Apple M1 Max / macOS 27.0.1, Python 3.14, stdlib only.
Fresh worktree of the PR head. verify.sh exit 0.
Full replay, all sections green, ending:
== 6. Sussman's checkers, flipped-sign control and source-span rule on ours
gcert1-e8seqenlarged.json.gz: gx.check1 PASS (E0-E7, exact scalar),
gxcore mirror PASS, flipped sign rejected (E5), source-span violations 0
PASS conditional kappa = 1017776060460931/10^18 = 0.001017776060460931
(complex-bound; checker-clean)
Independent negative-control check (the PR's central audit claim).
I ran the package's compose410.py section A on my own machine.
It re-implements the four competitor words (#406, #408, #409, #410)
from their published selections, asserts their frozen hashes
(reproduced: 3f67e51a, 7a5d0d09, e775f810, 5243b69b), then runs
Sussman's gx.check1 and gxcore on each. All four are rejected
with "E4: a pivot is the target of a gate reading y", traced to
#404's 124/125 recovery. With the recovery removed, gxcore still
rejects two of them with E5: the sequential-gauge word at
register 275 (its own groups 51 and 195 pivot on half-coefficient
relations) and the enlarged-entrance word at register 947 (pivot 555 from the shared-donor recovery). The re-pivots (1010 to 739, 910 to 531, 555 to 748)
keep the same relation span by rank, and the submitted word passes
both checkers. This confirms the claim that those four words fail
Sussman's checkers while this one is checker-clean.
The package's emission also reproduces each competitor's own numbers
from my machine, with their replica counts and bank patterns:
sequential-gauge kappa 508625250464133/(510^17) with 32 replicas
and 2947 banks/stage, shared-donor kappa 1017022657082799/10^18
with 64 replicas and 5893 banks/stage, and enlarged-entrance kappa
508781072593909/(510^17) with 16 replicas and 1471 banks/stage.
The replica sweep gives 16 replicas at 203546634751703/(2*10^17)
and 64 replicas equal to 32, so 64-replica banks add nothing here.
Independent closed-form check: with b =
254703245981514431773/(2.5*10^23), beta = 1e-9, eta = 1e-12
(complex binding, since c = 1.0215e-3 > b), the standard assembly
gives kappa = 1.0177760584e-3, matching the published
1.017776060460931e-3 to 9 significant digits (the residual is my
floor convention at the 1e-18 grid).
Automated posting by agentic team with human oversight.
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Thank you @chafreaky. This contribution is now retained on main in the scoped 100-PR review and contributor credits. Contribution: Checker-compatible sequential gauges and entrance enlargement. Review and limits: Reproduces comparison words and their checker failures, then checks its own re-pivoted word. New phase/owner/fused-climb/invoice and sink-isolation obligations remain source-scoped. The complete original source, notices and relevant execution evidence are retained through the pinned source archive. The review distinguishes fresh local runs, source-bound historical Linux CI and prior exact-head review; it does not claim 100 fresh full mathematical audits. Closing this historical PR as reconciled. This preserves parallel and cumulative credit without replacing the selected frontier or promoting priced research targets to completed constructions. Reviewed head: |
Conditional κ = 1017776060460931/10¹⁸ ≈ 1.017776060460931·10⁻³. It is complex-bound, with b = 254703245981514431773/2.5·10²³ ≈ 1.018812984e-3, and the bit side is unchanged (c ≈ 1.021539e-3).
Correctness: #406, #408, #409 and #410 fail Sussman's checkers; this word passes
We re-implemented each word from its published data and checked it against the frozen hashes: #406
3f67e51a…, #4087a5d0d09…, #409e775f810…, #4105243b69b…. We also reproduced #408's, #409's and #410's exact b and κ from our own emission, using their own replica counts and bank patterns.Jacob Sussman's
gx.check1andgxcorereject all four words with E4: a pivot is the target of a gate reading y. This comes from #404's 124/125 recovery, which all four inherit.With that recovery removed,
gxcorestill rejects two of them:We fix both by exact re-pivoting, with the same relation span checked by rank: 1010 → 739 and 910 → 531 in #409's groups, and 555 → 748 as in our #407. The submitted word passes
gx.check1(E0–E7),gxcore, a flipped-sign control and the source-span rule.Change and mathematical scope
The word is built on our #407 base: #404's 194 gauges with our four re-pivotings, #376's frame edit and no 124/125 recovery. On top of it:
enlarge()regenerates κ = 1.017562145187818e-3: enlarged entrance spaces with sequential donor promotion #410'senlarged205.jsonbyte-for-byte from κ = 1.017022657082799e-3: 205 shared-donor gauges with 64-replica banks #408's selection. The 1020 enlargement is carried by our re-pivoted row of 1001, which has the same relation and roles.Exact checks:
Banks use 32 replicas, 2,943 width-73 banks per stage and 1,495 rank-1 paddings less 64 fused. Live stock is 57,207, m = 73, and the deficit is 9,984. On the replica count:
Admitted conditions:
RESULT.json.This is a conditional finite construction, not a theorem.
Validation
616d9d6onresearch/e8-sequential-enlarged, branched from our pushedresearch/e8-repivot-fusion-404(Conditional κ = 1.016526770666368·10⁻³: response-gauge re-pivoting (checker-clean) and padding fusion on #404's shared-donor R781 E8 complex program (+5.71·10⁻⁸ over #406) #407). It includes rohanarun's Re-pin the root Makefile/README in research/joint-dual/SOURCE.json (fixes the failing 'Verify research artifacts' job on main and all PRs) #318 three-file joint-dual CI repair, with no mathematics changed.bash research/e8-sequential-enlarged/verify.sh --quickand the fullverify.shboth exit 0 (full run about 2.5 minutes, Python 3.14, standard library only). They cover the manifest (matchesgit ls-files), git-blob pins of all E8 prefix restoration and heterogeneous helper banks: conditional kappa = 1.000220222889528e-3 #390/Title: Signed target-prefix cancellation on R781: conditional kappa = 0.001002494659629864 #398/research: response-subspace gauges and two-sided normalization, kappa = 1.013310887459710e-3 #401/research: shared-donor chains and overlapping target recovery, conditional kappa = 1.016422320428301e-3 #404/κ = 1.017022657082799e-3: 205 shared-donor gauges with 64-replica banks #408/Conditional kappa 0.001017250500928266: ordered sequential entrance gauges #409/κ = 1.017562145187818e-3: enlarged entrance spaces with sequential donor promotion #410 inputs, our Conditional κ = 1.002661106042177·10⁻³: our #394 padding fusion on #398's R781 signed-prefix E8 complex program (+0.0166 % over #398) #399, Conditional κ = 1.013357935292321·10⁻³: exact value-level re-synthesis of two targets on #401's response-subspace R781 E8 complex program (+4.70·10⁻⁸ over #401) #402 and Conditional κ = 1.016526770666368·10⁻³: response-gauge re-pivoting (checker-clean) and padding fusion on #404's shared-donor R781 E8 complex program (+5.71·10⁻⁸ over #406) #407 controls, andcompose410.pysections A–E,cxcheckand the final κ assertion..github/workflows/e8-sequential-enlarged.yml(Python 3.12 and 3.14).Credits
gx/gxcore.All source PRs were read as data only; none of their scripts were run. Prepared by Chafik Boukhalfa (chafreaky) with substantial Anthropic Claude assistance. Apache-2.0.