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Bit c = 0.001733427039589844: two A-section transports on #555's punctured R439 word (+0.0216%, κ unchanged) - #589
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Mister-Meeseeks merged 2 commits intoOct 12, 2026
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… R420 skeleton, c 0.001733052823 Stacks CrocSwap#545's punctured-star unit (DreamingOfClouds) on CrocSwap#543's R420 L3 skeleton: nine E8 lines (P = 10, 15, 51, 53, 56, 66, 72, 89, 111) are neither sources nor targets, and the nine retained totals are pseudo-targets at frame rank 7 (decoder constant 63). Because L3 delivers the Q-part in phase B, each pseudo-target gets it through a free keeper rewritten in a phase-A mini-node at the complementary block frame (with extra carriers for missing lines); R = 439, v = 111. Priced by CrocSwap#510's nine-stage chain, parameterised for v <= 120 (code/adapt9p.py): c = 1733052823330162099157/10^24, +4.79% over CrocSwap#543's word; by CrocSwap#493's eleven-stage chain as parameterised by CrocSwap#545's adapt.py: c = 0.001710608806098012673516. Every cited complex supplier binds: kappa = 0.001590984155135328 with CrocSwap#548's b. Controls reproduce CrocSwap#510's R480 outputs byte for byte through the parameterised files, and CrocSwap#545's c and program hash through CrocSwap#545's files. Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com>
…nsports: nine-stage c 0.001733427039589844234749 Hoist one summand of a D4 mini-node gate to its rank-1 frame and sink another to the rank-7 pseudo-total frame (tune/moves.json, tune/apply.py), found by running the mechanisms of PR CrocSwap#541, CrocSwap#542 and CrocSwap#548 as generic searches on PR CrocSwap#555's word. Nine-stage c +0.0216% (eleven-stage 0.001710951900777583975622, +0.0201%); kappa unchanged (complex-bound). tune/verify.sh replays the stacked word through PR CrocSwap#555's chains; PR CrocSwap#555's verify.sh is unchanged. MANIFEST.sha256 lists tune/. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
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…ling contributions Select conditional kappa 0.001661634653669567 from Jeremy Kothe's #799 on Chafik's #741 and the #589/#555 bit supplier. Preserve the previous checkpoint and cumulative attribution. Complete #795, #777, six #681 component reviews, and five exact tooling reviews. Integrate #806 as a scoped hash-substitution diagnostic with an adversarial counterexample to timing-only attribution. Retain source-pinned evidence and separate publication/CI state.
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…ew kappa) Answers PR #3004's third open question for one full-size word. Row 0 [4,5,6,7,8] of the selected PR #589 bit word is extended four ways and each word runs through the unchanged symbolic checker, record exporter, both entry modes of PR #2992's simple-scatter-v1 guard and the native legality and five-stage column checkers. Appending [4,4] triples an existing slot: the symbolic and both native checkers accept it, and all three exporter artifacts and both native receipts equal the baseline byte for byte (27,234 records, 24,305 ADDs, rank mass 5129, nine COPY/ERASE pairs). Appending [0,0,0] triples an absent slot: symbolic and exported actions agree, but both miss the required endpoint at output 111 (98 columns; dirty input 472 is a one-bit witness), and the full symbolic and native column checkers reject it. PR #2977's paired [0,0] reproduces symbolic acceptance with native rejection. The guard rejects all three repeated rows before creating output, as its stricter schema intends. Native legality accepts all four words, so legality does not certify the endpoint. Occurrence counts are not emitted ADD counts: the accepted triple has 529 occurrences and 527 scatter ADDs. This is a finite, author-checked audit with a separately written harness. Native builds use the pinned checked 128-bit cpp_int stand-in. No schema decision, supplier adoption, cold ancestry, system-Boost build, physical hosting or kappa change is claimed. Adds research/scatter-odd-native-audit/ only. Submitted by @commdata2338 with substantial AI assistance (OpenAI Codex research and implementation; packaged with Claude Code). Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01X86sCSXdoDd61SDFfC1PKG
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… native COPY counts (no new kappa) Runs PR #3128's four full-size fixtures on the selected PR #589 bit word (selected baseline; balanced alias, which appends helper 480 as retained slot 9 and [8,8,9,9] to scatter row 64; unpaired even slot; distinct helpers) and a new unused-slot control through the unchanged symbolic checker, record exporter, simple-scatter-v1 guard and native legality and five-stage column checkers. Compiled for ten COPY/ERASE pairs, the balanced alias passes legality and all 883 formal columns; the selected nine-copy builds reject it at their count checks, and the guard rejects its repeated row before any output is written. Its complete local invoice keeps the extra rank-seven COPY/ERASE pair and two scatter ADDs: records 27,234 to 27,238, rank mass 5,129 to 5,136, five-stage ADDs 121,525 to 121,535 and fresh copies 45 to 50. The prefix maxima (49,347 forward, 1,113,070 reverse) and the 93-bit payload bound are unchanged. An unused tenth alias with unchanged simple rows passes both guard entry points and the ten-copy native checks, while the nine-copy builds reject it, so the guard enforces row support, not retained-list injectivity or the selected copy count. The unpaired and changed-helper controls keep symbolic acceptance and native legality but fail the formal columns at output 175, where dirty input 480 is a witness. Three native mutants separate pricing, lifecycle and endpoint checks. Finite audit evidence only: NCOPY=10 is an explicitly changed contract, so no ten-total supplier is admitted and no frontier or kappa changes. Cold replay, bank/projector/hosting admission, nine-stage allocation, all-size compilation, precision/tape and analytic transfer stay open. Adds research/scatter-alias-native-audit/ only. Submitted by @commdata2338 with substantial AI assistance (OpenAI Codex research and implementation; packaged with Claude Code). Co-Authored-By: Claude Opus 5.5 (1M context) <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_01X86sCSXdoDd61SDFfC1PKG
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Adds BREAKTHROUGH-MAP.md, audit_breakthrough.py and audit_anatomy.py to the 2026-10-19 II19 audit. - Framing: the selected kappa is complex-bound (current-status: the bit supplier remains CrocSwap#589 on CrocSwap#555), so a bit-side II19 win of any size does not move kappa by itself. - At fixed (v, h, cst) the profile mass and deficit are fixed; the word only chooses the rank split. Role anatomy (replay): in the r434 the 434 helpers carry 74% of all climbs (4-6 rank-1/2 climbs each); targets are already at 2 climbs. - Model requirement for +25% on II19-112: R/v ~ 2 with <= 3 climbs per register (or R/v ~ 3 with 2). - Why E8-type middles resist it: cell bottleneck (R >= 3.25v in class), reach decay (63 -> 36 at the first frame step, so relays are forced), ~2 private wires per target (perp E7 needs 3 hyperplane slices). Idealized 3-climb middle: II19-112 +3.6% at R/v 3.25 (E8 +20.1%). - II19 trails its h=8 parent by 16-17 points at equal middle quality. - Scope lever measured on actual words: idle slots without bridge split +6.2% (r434), +5.2 points (II19-112); it lifts both. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com> Claude-Session: https://claude.ai/code/session_012xTYY3auFQxtMfUudXG8Zk
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Bit c = 0.001733427039589844234749 (+0.0216% over #555), κ unchanged.
Two helper additions of #555's punctured R439 bit word (v = 111) are moved out of their D4 mini-node gates and rerun at other frames. Nothing else changes: the same registers, scatter, retained totals (nine COPY ranks of 7, decoder constant 63), frozen hosting selections and pipelines.
κ stays complex-bound for every cited complex supplier (#548, #544, #535, #531), so this is bit headroom only.
What changed
helper 222 += helper 248becomes its own gate at rank-1 frame 79, placed just before that gate.helper 191 += helper 247becomes its own gate at the rank-7 pseudo-total frame 517, placed after A[2028].Both summands commute with every addition they cross, and the dirty-register endpoint is unchanged on every column. The local paid profile moves by
+2e1 − e3 − 3e4 + e6 + e7, and rank mass stays at 5,129.The mechanisms come from #541 and #548 (Dugongue) and #542 (rohanarun) on the R480 word. Their move lists are R480 gate ids and don't apply to #555's word, which has no two-x-source additions and no zero-response gates.
tune/tune.pytherefore re-runs the mechanisms as searches. It reproduces #541's and #548's R480 profiles exactly. On #555's word it finds exactly these two moves, and pruning, Steinberg 3→2 and least-frame steps find nothing further.Checks
tune/verify.shrebuilds Bit c = 0.001733052823: #545's punctured unit on the R420 skeleton (111 live ports, +4.79% over #543) #555's word from its frozen plan, appliesmoves.jsonand compares both words byte for byte.tune/EXPECTED.json.verify.sh,code/anddata/are byte-identical, andMANIFEST.sha256liststune/.git archiveof this PR's head (a5afc8c):tune/verify.shexits 0 in about 6 min and Bit c = 0.001733052823: #545's punctured unit on the R420 skeleton (111 live ports, +4.79% over #543) #555'sverify.shin about 10 min.EXPECTED.json. Pricing Bit c = 0.001733052823: #545's punctured unit on the R420 skeleton (111 live ports, +4.79% over #543) #555's word flattened with no moves gives exactly Bit c = 0.001733052823: #545's punctured unit on the R420 skeleton (111 live ports, +4.79% over #543) #555's c, so the whole gain comes from the two moves.Notes
research/e8-bit-p111/{README.md, MANIFEST.sha256, tune/}.Credit: #555 (eumemic) is the base, built on #543 (eumemic), #545 and #510 (DreamingOfClouds). The mechanisms are #541 and #548 (Dugongue) and #542 (rohanarun).
DreamingOfClouds with Claude Opus 5.5 (Anthropic), via Claude Code.
🤖 Generated with Claude Code