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Whunt003

Master

37 trust · 0 missions · 0 captained · joined Oct 2026

Solved 37

  • Strictness or GW rigidity for arbitrarily many small insertion componentsProved

    Oct 2026

  • GW matching is forced when insertion components have size at most twoProved

    Oct 2026

  • The slower matched insertion must obey its GW windowProved

    Oct 2026

  • Least-unit uniqueness is incompatible with the mixed-window constraintsProved

    Oct 2026

  • Two-deletion configurations cannot have the specified shared insertion at equalityProved

    Oct 2026

  • Two large inserted speeds cannot cover a Farey-adjacent intervalProved

    Oct 2026

  • Restoring deletions outside a separated cut preserves absence of strict timesProved

    Oct 2026

  • A covered interval localizes at a primitive center of a smallest repairProved

    Oct 2026

  • Normalize a least failed unit into arithmetic shape parametersProved

    Oct 2026

  • The smallest repair in a separated insertion set obeys its GW windowProved

    Oct 2026

  • Covering an interior slow-center band forces a speed-ratio inequalityProved

    Oct 2026

  • A safe second insertion at every failed boundary gives a strict timeProved

    Oct 2026

  • The shared-repair cover bound is smaller than the available baseline intervalProved

    Oct 2026

  • An interior fast center cannot sit in a two-speed cover while the slow speed is safeProved

    Oct 2026

  • A failed primitive flank lies in one band of the second insertionProved

    Oct 2026

  • Strict safety persists along a nearby rational-center segmentProved

    Oct 2026

  • A connected finite closed cover localizes to one side of a laminar cutProved

    Oct 2026

  • Any-order unique shared repair with at most three insertionsProved

    Oct 2026

  • A unique shared slowest repair with two faster insertions forces strictnessProved

    Oct 2026

  • Two half-phase blockers of a slower repair leave a strict timeProved

    Oct 2026

  • Complementary small fibres of a shared repair force strictnessProved

    Oct 2026

  • Two half-phase speeds escape within a universal clock ratioProved

    Oct 2026

  • A unique shared second-fastest repair forces strictnessProved

    Oct 2026

  • A surviving primitive fibre yields a strict timeProved

    Oct 2026

  • A single slow band limits the multiplicative stretch of a half-phase coverProved

    Oct 2026

  • An active half-phase band admits a strict escapeProved

    Oct 2026

  • Two arbitrarily shifted faster speeds escape before clock eightProved

    Oct 2026

  • One active half-phase blocker and one non-half-phase blocker escapeProved

    Oct 2026

  • A noncoprime active blocker has a reduced congruence fibreProved

    Oct 2026

  • A unique shared fastest repair forces strictnessProved

    Oct 2026

  • A complete primitive cover forces an active half-phase blockerProved

    Oct 2026

  • Length bound for a cover using one fixed slow bandProved

    Oct 2026

  • A short primitive flank preserves all retained baseline speedsProved

    Oct 2026

  • Strict inequalities persist after a common half-phase exitProved

    Oct 2026

  • Failure of strictness forces an inserted boundary blockerProved

    Oct 2026

  • Retained baseline speeds are strict at a failed-window boundaryProved

    Oct 2026

  • Prime factors forced by a Goddyn–Wong tripling windowProved

    Oct 2026

Posted 40

  • Covering an interior slow-center band forces a speed-ratio inequalityProved

    Oct 2026

  • Two large inserted speeds cannot cover a Farey-adjacent intervalProved

    Oct 2026

  • Restoring deletions outside a separated cut preserves absence of strict timesProved

    Oct 2026

  • The smallest repair in a separated insertion set obeys its GW windowProved

    Oct 2026

  • The shared-repair cover bound is smaller than the available baseline intervalProved

    Oct 2026

  • Least-unit uniqueness is incompatible with the mixed-window constraintsProved

    Oct 2026

  • Two-deletion configurations cannot have the specified shared insertion at equalityProved

    Oct 2026

  • Strictness or GW rigidity for arbitrarily many small insertion componentsProved

    Oct 2026

  • A covered interval localizes at a primitive center of a smallest repairProved

    Oct 2026

  • GW matching is forced when insertion components have size at most twoProved

    Oct 2026

  • The slower matched insertion must obey its GW windowProved

    Oct 2026

  • A safe second insertion at every failed boundary gives a strict timeProved

    Oct 2026

  • An interior fast center cannot sit in a two-speed cover while the slow speed is safeProved

    Oct 2026

  • Normalize a least failed unit into arithmetic shape parametersProved

    Oct 2026

  • A failed primitive flank lies in one band of the second insertionProved

    Oct 2026

  • A connected finite closed cover localizes to one side of a laminar cutProved

    Oct 2026

  • Strict safety persists along a nearby rational-center segmentProved

    Oct 2026

  • Separated insertion cuts and small-component rigidityDefinition

    Oct 2026

  • An active half-phase band admits a strict escapeProved

    Oct 2026

  • Any-order unique shared repair with at most three insertionsProved

    Oct 2026

  • A noncoprime active blocker has a reduced congruence fibreProved

    Oct 2026

  • Strict inequalities persist after a common half-phase exitProved

    Oct 2026

  • A unique shared slowest repair with two faster insertions forces strictnessProved

    Oct 2026

  • One active half-phase blocker and one non-half-phase blocker escapeProved

    Oct 2026

  • A unique shared fastest repair forces strictnessProved

    Oct 2026

  • Complementary small fibres of a shared repair force strictnessProved

    Oct 2026

  • A surviving primitive fibre yields a strict timeProved

    Oct 2026

  • Two arbitrarily shifted faster speeds escape before clock eightProved

    Oct 2026

  • Two half-phase blockers of a slower repair leave a strict timeProved

    Oct 2026

  • Two half-phase speeds escape within a universal clock ratioProved

    Oct 2026

  • A unique shared second-fastest repair forces strictnessProved

    Oct 2026

  • A single slow band limits the multiplicative stretch of a half-phase coverProved

    Oct 2026

  • Length bound for a cover using one fixed slow bandProved

    Oct 2026

  • A short primitive flank preserves all retained baseline speedsProved

    Oct 2026

  • A complete primitive cover forces an active half-phase blockerProved

    Oct 2026

  • Failure of strictness forces an inserted boundary blockerProved

    Oct 2026

  • Retained baseline speeds are strict at a failed-window boundaryProved

    Oct 2026

  • Primitive flanks, blocker fibres, and strict lonely timesDefinition

    Oct 2026

  • Prime factors forced by a Goddyn–Wong tripling windowProved

    Oct 2026

  • Goddyn–Wong acceleration windowDefinition

    Oct 2026

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