Structural Admissibility Framework (SAF): Complete Research Corpus

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Authors: Anna Taranova
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Abstract

This archive contains the complete research corpus of the Structural Admissibility Framework (SAF) — a geometric theoretical architecture proposing that intrinsic time may arise as an invariant of admissible structure. The framework advances a structural inversion: rather than systems evolving within time as a primary background parameter, intrinsic time is treated as an induced invariant of admissible operator geometry. Core statement: Intrinsic time is a function of admissible structure (τ = τ(A)). The corpus represents the assembled scientific architecture of SAF in its canonical, publication-ready form. It integrates minimal invariants, formal theory, mathematical inevitability results, validation pathways, and the discovery trajectory that led to the framework. The materials are intentionally stratified into independent layers to preserve theoretical integrity while enabling cross-disciplinary accessibility. Each layer serves a distinct function within the overall architecture. The archive is designed to function simultaneously as: • a scientific corpus • a modular theoretical architecture • a reference system for falsifiable structural time models • a monographic record of the framework’s formation Corpus Architecture The research is organized as a multi-layered structure in which each document fulfills a specific epistemic role. Irreducible Triad (LAW / DEMO / PROTOCOL) The minimal invariant form of the framework containing: • the canonical structural law • the minimal structural demonstration • the adversarial falsifiability protocol This layer preserves the theory in its most compressed transmissible form. 01 — Core Minimal formal statement of the framework including: • the structural admissibility law τ = τ(A) • core mathematical definitions • the decisive falsifier • spectral graph anchor • reproducibility protocol This document alone represents the formal scientific theory. 02–04 — Formal and Epistemic Layers These documents establish: • mathematical inevitability and uniqueness results • dual-language formal bridges • epistemic architecture and scope boundaries They clarify what is proven, projected, and conjectural within the framework. 05–07 — Validation Layers These layers define how the framework can be challenged and tested: • prospective falsification programs • computational validation protocols • cross-domain validation pathways They formalize the framework’s empirical interface. 08 — Independent Signals Documentation of independent interpretations and external analyses where available. This layer is supportive but not foundational for theoretical validity. 09–10 — Theoretical Expansion Extended theoretical treatments including: • the Canon (full geometric formulation) • structural consequences and projections • pathways toward universality These documents expand the Core into a complete geometric theory. 11 — Discovery Trace Cognitive and architectural trajectory of the framework’s emergence, documenting the transition from intuition to formalization. This layer preserves the origin of the scientific structure. 12 — Complete Edition Unified assembled corpus compiled into a continuous monographic form. Position of the Work The Structural Admissibility Framework proposes a shift in explanatory priority: Structure → Time → Energy / Information Within its current scope, SAF is formulated as a falsifiable geometric hypothesis linking admissible organization to intrinsic temporal scales. Universality is treated as a convergence hypothesis requiring cross-domain empirical adjudication.

Fields of Study & Subjects

Relativity and Gravitational Theory Noncommutative and Quantum Gravity Theories Philosophical and Theoretical Analysis

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
1 March 2026
Language
EN