The SFR Review Portal establishes an authoritative, structured protocol for external peer review, scholarly critique, mathematical audit, and feedback intake across the Science of Fabric Reality corpus.

Reviewer Boundary Notice. This portal serves as an intake mechanism and verification gateway for technical critique. It establishes transparent criteria for evaluation, artifact inspection, and correction loops; it does not claim that external peer review has concluded or that independent institutional endorsement has been granted.

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Review Status & Readiness

PRIMARY READER PATH

Review & Audit Pathway

A rigorous sequence for reviewing claims, checking mathematical proofs, examining source grounding, and engaging the correction loop.

01Review

02Manuscripts

03FQFT

04Formalize

05Falsify

1. STEP 1Review Portal

   Understand review readiness, evaluation protocol, and intake criteria.

2. STEP 2Research Manuscripts

   Inspect the four submission-grade R3 research manuscripts (A, B, C, D).

3. STEP 3FQFT Continuum Core

   Audit Mosco limits, scale-flow renormalization, and variational field equations.

4. STEP 4Lean 4 Formal Proofs

   Audit machine-checked proofs (thm_inv_comp, thm_inv_inverse) and type declarations in Lean 4.

5. STEP 5Falsifiability Matrix

   Review observable predictions, testable limits, and failure criteria.

Ontology and status

Entity and evidence boundaries

Entity identity answers what a page or record is. Evidence status answers how strongly its claims are supported.

Entity ontology

• Ivan PasevPERSON

  Identity and authorship record; not a validation claim.

• Science of Fabric RealityTHEORY

  Source-documented concept and corpus anchor.

• WhitepapersPUBLICATION

  Publication record; not acceptance.

• Public Source GraphDATASET

  Grounding and comparator surface; not validation.

Evidence / implementation status

• Source-Documented ConceptSOURCE_DOCUMENTED_CONCEPT

  Source grounded, not necessarily proven.

• Formalization TargetFORMALIZATION_TARGET

  Not machine verified.

• Externally ReviewedEXTERNALLY_REVIEWED

  Review record required.

• ArchivalARCHIVAL

  Archival, not current endorsement.

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Submission-Grade Manuscripts Prepared for External Review

The following four canonical scientific manuscripts have completed the R3 Reviewer-Zero internal audit and are prepared for independent referee intake:

1. Manuscript A — Relational Foundations & Invariant Engineering (OBJ-TH-SFR)

   • Title: Principia Fabrica: Relational Foundations and Invariant Engineering in Topological Substrates
   • Scope: Axiomatic state spaces, admissible transformation groupoids, and 1-cycle topological conservation laws.
   • Formal Proof Target: THM-INV-COMP-01, THM-INV-INV-01 (Machine-verified in Lean 4).
   • Inspection Route: Axiomatic Object Register →

2. Manuscript B — FQFT Dirichlet Variational Principles & Continuum Limits (OBJ-TH-FQFT)

   • Title: Variational Principles, Mosco Limits, and Scale-Flow Dynamics for Dirichlet Forms with Operator-Valued Potentials
   • Scope: Rigorous $\mathrm{\Gamma }$-convergence of multiscale discrete actions $S_s\to S_{\ast }$ and logarithmic scale-flow power-law stabilization.
   • Analytic Core: THM-FQFT-C4A-MOSCO-01, THM-FQFT-C4-FLOW-CONV-01, THM-FQFT-NONLINEAR-CONV-01.
   • Inspection Route: Manuscript B Dedicated Surface →

3. Manuscript C — Spectral Mediator Models & Atomic Metrology (OBJ-PRG-P2)

   • Title: Spectral Mediator Models on Finite Internal Graphs: Gauge-Complete Stückelberg Comparators, Hydrogenic Closed Forms, and Identifiability Limits
   • Scope: Gauge-complete Stückelberg propagators on internal graph fibers, hydrogenic $n{S}_{1/2}$ closed-form shifts, and precision metrology comparator bounds.
   • Status: Model comparator and sensitivity bounds (Epistemic warning: ACTIVE_P4_SEALS = 0).
   • Inspection Route: Atomic Physics Chapter →

4. Manuscript D — Negative Identifiability & Underdetermination Theorems (OBJ-PRG-NEG)

   • Title: Underdetermination and Negative Identifiability Theorems in Graph-Fiber Field Theories
   • Scope: Analytic proof that multi-parameter graph-fiber geometries cannot be uniquely inverted from finite atomic transition observations ($\text{rank}(F)\le 2<3$).
   • Negative Result: NEG-KP-R1-SPECTRAL-INCOMPLETE-01, NEG-P2-C3-P4-UNDERDET-01 ($p_{\text{null}}=0.62$).
   • Inspection Route: Manuscript D Dedicated Surface →

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Direct Inspection Surfaces

Direction	Target Resource	Purpose
Manuscripts Index	Submission-Grade Research Manuscripts →	Complete abstracts, authorial notes, and LaTeX package metadata
Proof Suite	Lean 4 Formalization Roadmap →	28 machine-verified theorem records and lemma dependency DAGs
Simulation Lab	Simulation Atlas & Numerical Testbeds →	Discretized numerical solvers, null tests ($p_{\text{null}}=0.62$), and receipts
Falsifiability Criteria	Falsifiability Index & Negative Boundaries →	Explicit failure conditions and parameter identifiability limits
Referee Intake	Contact Author & Technical Dossiers →	Direct inquiry channel for independent referees and external examiners