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CrocSwap#157's construction unchanged (p = 11 paired cubes, searched pair module, physical frames, paired-cube bit word); the assembly's declared-free atom exponent moves from the inherited 1/1000 to its exact toll edge 556349912/10^12, the first 10^-12-grid point where ab < theta holds strictly. CrocSwap#157's bit side binds, so the raised ab moves kappa directly: 5555021/10^10 -> 1111463/2000000000, plus 2294 points of the 10^-10 grid, next point rejected by CrocSwap#157's own 47-constraint assembly. Single squashed commit on main representing a two-file diff relative to CrocSwap#157 (6741112): research/paired-cube-toll-edge/ (README, verify).
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Thank you @geckods. This contribution is now retained on main in the scoped 100-PR review and contributor credits. Contribution: Atom-toll tightening on the searched-pair PR157 construction. Review and limits: Fresh unchanged patch replay on parent 6741112. Correct the prose monotonicity: ab decreases with theta. Next-grid rejection is certificate failure, not global optimality. 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 improvement
Stacked on #157 (
6741112, eumemic's paired cubes at p = 11 with a searched pair module, physical frames and a paired-cube bit word). Please review/merge that dependency first; its changes are not claimed here. The only files of this branch areresearch/paired-cube-toll-edge/(README, verifier). The branch carries a single squashed commit on main because the push credential lacks workflow scope; relative to #157 the diff is exactly those two files.Change
One assembly instantiation constant is re-chosen. #157 inherits the merged #144 atom exponent
1/1000. The atom exponent theta is a free positive constant of the retained assembly: it enters only throughab = (1-theta)*COARSE + theta*OLDand the strict tollab < theta < 1-ab. #157's bit side binds (COARSE = 5566382/10^10below the complex saving5622769/10^10), so raisingabonto the binding face moves kappa directly.abstrictly increases in theta while kappa strictly decreases across the acceptance window, so the grid-maximal instantiation is the first 10^-12-grid point where the strict toll holds — exactly one step abovetheta* = COARSE/(1+COARSE-OLD):The phase-stop stays at #157's inherited 1/10^6: it is slack at this face (the binding bit value sits below the
(1-beta)*AC - 10^-10ceiling). The same re-instantiation genre, at the same constants, is #148's toll tightening and #153's phase-stop re-instantiation. No word, frame, pair, certificate or interface changes; every inherited interface remains an assumption exactly as in #157.Verification
python3 research/paired-cube-toll-edge/verify.py(stdlib, ~2 min; do not use-O): reproduces #157's published 5555021/10^10 exactly at the inherited constants (running #157's own producer, physical record, certificates, bridge and assembly), checks one 10^-12 step below the new theta violates the strict toll, then re-runs #157's 47-constraint assembly at theta = 556349912/10^12: kappa = 1111463/2000000000, next 10^-10 grid point rejected, all 47 strict constraints positive, 7 margins.Credits
Conditional; no unconditional multiplication theorem is claimed. Failed next-grid upper-enclosure tests mean only the failure of that certificate, not a mathematical optimality result.