Documentation

GQ2.Phase140.GammaR.Hsep

The Γ_R separation and partial-count assembly #

The Roe-candidate twin of GQ2/Phase140/GammaA/Hsep.lean: the word-side right-slot separator, the private assembly helpers, and the final hsep/hpartial calculations.

See GQ2.Phase140.GammaR for the paper-facing overview and architectural notes.

The word-side right-slot separator (the hpartial_gammaR stage-6 engine) #

The Γ_R replacement for the local cup11_dualEval_right_separating (which runs on B6 Tate duality), and the exact twin of Phase140GammaA.b1_of_pair_cochain_B2 on the Roe spine: a continuous dual 1-cocycle ξ whose pair cochain (a,b) ↦ ξ(a)(a • z(b)) is a continuous coboundary against EVERY A-cocycle z is itself a coboundary. Route: the pair cochain is the kappaHeis-inflation of the paired wordHomR (MixedBObsR.obs_inflation_R), so its WordCoh2R.obs_R equals the traced mixed pairing mixedB_R (markC_R θ) (evalR z) (evalR ξ) (mixedB_eq_relZPairR); obs_R kills (obs_B2_eq_zero_R), so all word pairings vanish, and prop_5_15_R's clause-3 RIGHT-slot nondegeneracy forces [evalR ξ]_w = 0; eval_dZeroR + z1EquivR-injectivity pull the word coboundary back to a continuous one. No B-axioms.

Generic helpers for the hsep_gammaR/hpartial_gammaR decompositions #

These are the Γ-free (or retype-only) private helpers of Phase140GammaA.Hsep; they are private there, hence restated here rather than imported. Statements are binder-for-binder the Γ_A ones, with GA → GR, GammaA → GammaR, and Marking.push → Marking.pushR / wildValue → wildValueR where a relator is read.

hsep for Γ_R: the (T^∨)^C-separation via the marking route #

theorem GQ2.Phase140GammaR.hsep_gammaR {H E : Type} [Group H] [TopologicalSpace H] [DiscreteTopology H] [Finite H] [CommGroup E] [TopologicalSpace E] [DiscreteTopology E] [Finite E] {Y : Type} [Group Y] [Finite Y] {T : MarkedTarget H E Y} {Blk : SectionSeven.MinimalBlock T.LY} {RF : SectionEight.RecursionFrame T Blk} (b : GammaR.toProfinite.toTop →ₜ* boundarySubgroup) (F : BoundaryFrame H E) (En : RF.Enrichment) (l : RF.DR) (h : l RF.zeroDR) (Dsc : SectionEight.AffineTLift.Descent (En.radData l h)) (ρ : BoundaryLifts b F RF.TC) (c : SectionEight.AffineTLift.VCocycle (En.descData l h) (RF.rhoPrime b F (En.radData l h) ρ)) (hc : ∀ (χ : (SectionEight.AffineTLift.TCharC (En.radData l h))), SectionEight.AffineTLift.betaChi (SectionEight.descSections En l h Dsc) χ c = 0) :

hsep for Γ_R — the (T^∨)^C-separation at the Roe candidate source: a V-coordinate whose χ-obstructions all vanish is T-liftable. The Γ_R twin of Phase140GammaA.hsep_gammaA, by the same marking route: each nonzero invariant character's vanishing obstruction produces a lift through its 𝔽₂-cover (the abstract-Γ exists_lift_charCover, reused), which forces χ-agreement of the tame and Roe-wild relator values of a set-lift marking (redValues_eq_of_coverLift_R); sep_word_R (the prop_5_15_R trace-span) converts total agreement into word-level corrections; the corrected marking kills both Γ_R relators (corrected_tameValue/corrected_wildValueR + T-elementarity) and descends (mlift_of_relatorFree_markingR) to the direct M-lift.

hpartial for Γ_R: nondegeneracy of the obstruction pairing in the character #

theorem GQ2.Phase140GammaR.hpartial_gammaR {H E : Type} [Group H] [TopologicalSpace H] [DiscreteTopology H] [Finite H] [CommGroup E] [TopologicalSpace E] [DiscreteTopology E] [Finite E] {Y : Type} [Group Y] [Finite Y] {T : MarkedTarget H E Y} {Blk : SectionSeven.MinimalBlock T.LY} {RF : SectionEight.RecursionFrame T Blk} (b : GammaR.toProfinite.toTop →ₜ* boundarySubgroup) (F : BoundaryFrame H E) (En : RF.Enrichment) (l : RF.DR) (h : l RF.zeroDR) (Dsc : SectionEight.AffineTLift.Descent (En.radData l h)) (ρ : BoundaryLifts b F RF.TC) (χ : (SectionEight.AffineTLift.TCharC (En.radData l h))) ( : χ 0) :

hpartial for Γ_R — nondegeneracy of the obstruction pairing in the character: every nonzero χ ∈ (T^∨)^C is detected by some V-coordinate. The Γ_R twin of Phase140GammaA.hpartial_gammaA, stages 1, 3–5 and 8–9 mirrored verbatim (they are frame-level or Γ-generic); the two source-specific stages are stage 2 (cupChi_iotaB_eq_zero_R, on the unconditional Γ_R leaf card_H2_gammaR) and stages 6–7, the word-side right-slot separation b1_of_pair_cochain_B2_R (prop_5_15_R clause-3 right-nondegeneracy through the obs_R/mixedB_R ledger). All std-3, no B-axioms.

SourceData field-type smoke tests (R31 spelling discipline) #