IndisputableMonolith.Gravity.Analysis.RecognitionMeshGeometricDeficit4DAudit
Audit layer for the 4D recognition-mesh geometric deficit residual (Wave B R1). It sits on the identified mesh geometricDeficit development and records the DAG-versus-Lean shape check for that residual. Gravity and QG completion work cite it when closing the typed residual that geometric deficit is identified without an xRatio factor. Structure is import-and-audit rather than a new derivation.
claimAudit package for the 4D recognition-mesh geometric deficit: the residual asserting that mesh geometric deficit is identified (without an $x$-ratio factor), together with the recorded divergence between the DAG proposition and its Lean shape.
background
Recognition Science gravity analysis treats mesh geometric deficit as a typed residual in the quantum-gravity completion DAG. Upstream module RecognitionMeshGeometricDeficit4D is the Wave B attack on residual R1: mesh geometricDeficit identified with no xRatio factor, drawn from the QG Wave B gap plan.
That upstream doc records an explicit DAG-proposition versus Lean-shape divergence for the residual. The present module is the audit companion: it imports that development and holds the audit surface for the identification claim in four-dimensional recognition-mesh geometry.
Local setting is Gravity analysis under the Recognition framework, where geometric deficit on the mesh is tracked as a named residual rather than left as an informal curvature mismatch.
proof idea
This is an audit module, not a theorem module. It imports the 4D recognition-mesh geometric-deficit development and exposes the audit view of residual R1 (geometric deficit identified, no xRatio). No independent proof body is attached at module scope; argument structure lives in the imported Wave B residual work and any audit checks layered on it.
why it matters in Recognition Science
Closes the audit side of Wave B residual R1 in the QG full-completion session: mesh geometricDeficit identified without xRatio. Parent consumption is not yet wired in the graph (no used_by edges), so the module is a terminal audit surface for the Gravity analysis stack rather than a lemma feeding a named parent theorem.
It matters for residual hygiene: the upstream notes a recorded divergence between DAG proposition and Lean shape, and the audit module is where that bookkeeping is meant to stay visible while the geometric-deficit identification is stabilized. Framework contact is gravity/mesh geometry under Recognition, not the T0–T8 forcing chain directly.
scope and limits
- Does not prove the geometric-deficit residual; it audits the imported 4D development.
- Does not resolve the recorded DAG-versus-Lean shape divergence by itself.
- Does not introduce mass-ladder, alpha-band, or T0–T8 forcing results.
- Does not claim downstream consumers; used_by is empty in the graph.