trureturingGitHub MATHEMATICAL ATLAS

Arith / CONCEPT

Golden Layer Marginal Decay

Prime-layer marginals have a geometric upper bound and eventually fall below every positive price along each fixed prime direction.

Closed Authored exposition
DIRECT PREREQUISITES1
DIRECT CONSEQUENCES8
PROOF DEPTH2
DOCUMENT LINKS1
THEOREM

A geometric bound for every positive prime layer

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Golden Resource Optimal IntegerGolden Resource Optimal IntegerGolden Layer Marginal DecayGolden Layer Marginal DecayMissing Layers at Full Price RecordsMissing Layers at Full PriceRecordsGolden Prime Layer CofinitenessGolden Prime Layer CofinitenessGolden Resource 5040 Price IntervalGolden Resource 5040 PriceIntervalLiteral Strict Euler Inventory GrowthLiteral Strict Euler InventoryGrowthExact Euler Layer Phase SeparationExact Euler Layer PhaseSeparationOriginal endpoint first-layer bandsOriginal endpoint first-layerbandsFixed Finite Prime-Block NegligibilityFixed Finite Prime-BlockNegligibilityFixed-Layer Rigidity of Actual Price RecordsFixed-Layer Rigidity of ActualPrice Records
Proof dependencyStructural affinityDocument link

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Lean sourceResearch workspace
Status
Closed
Depth
2
Layer
D5/S3
Domain
Arith
Node ID
D5/S3/Arith/GoldenLayerMarginalDecay
Repository path
D5/S3/Arith/GoldenLayerMarginalDecay.lean
Truth release
sha256:76a8db6a0f78609b1b9d4a959c8392f2752f2daaddc1930e046e34ce07d0f608
Source commit
b52262a023c4db9bb30a128ebfd80ea4ef4c1a53
Source tree
37a24ddf3b9983bdabf0acbfd9b32b06c35c28d3

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Dependency edges, status, and source coordinates come from the verified release and certified topology. Blueprint exposition is labeled separately. A fallback title carries no additional mathematical authority.