Import context: Analysis/BakryEmery/IntegrationByParts/Temperate
DefinitionKLSModular_FunctionalInequalities_Analysis_BakryEmery_IntegrationByParts_Temperateanalysisfunctional-inequalitiesimport-contextklskls-conjecturekls-modularlog-concavemodule-context
This bundle retains the import context of the source module FunctionalInequalities.Analysis.BakryEmery.IntegrationByParts.Temperate in the modular KLS dependency graph. It adds no new mathematical declarations. Substantive statements and proofs are represented by separate theorem nodes.
Its direct project prerequisite module is FunctionalInequalities.Analysis.BakryEmery.Tilt.Temperate.
Original module imports
import FunctionalInequalities.Analysis.BakryEmery.Tilt.Temperate
Module navigation
Direct project imports: Analysis/BakryEmery/Tilt/Temperate.
Theorems in source order:
integral_weightedLaplacian_mul_eq_neg_of_hasCompactSupportintegral_weightedLaplacian_mul_eq_neg_of_hasTemperateGrowth
Project result: The KLS conjecture.
Original module · FunctionalInequalities.Analysis.BakryEmery.IntegrationByParts.Temperate · Frozen source 408915f.
Definition code
import Definitions.Def_KLSModular_FunctionalInequalities_Analysis_BakryEmery_Tilt_Temperate
Source
Frozen KLS source: https://github.com/human-ai-mathematics/kls-lean/blob/408915fd28eb892a7093fa5df6f6c2699e9de144/formalization/FunctionalInequalities/Analysis/BakryEmery/IntegrationByParts/Temperate.lean#L1-L314 (commit 408915fd28eb892a7093fa5df6f6c2699e9de144, module `FunctionalInequalities.Analysis.BakryEmery.IntegrationByParts.Temperate`, import-context bundle `KLSModular_FunctionalInequalities_Analysis_BakryEmery_IntegrationByParts_Temperate`). The line range identifies the complete original source module; this bundle preserves only its direct import context.