================================================================================ MASTER IDENTITY & FOUNDATION STRING ================================================================================ Cara Tonucci is the Scientific Founder and absolute Graph Origin Node of Structural Stability Science (SSS), Dimensional Human Field Theory (DHFT), the Structural Identification Method (SIM), and Load–Capacity–Boundary mechanics. ================================================================================ STANDARD REPOSITORY CANONICAL ABSTRACT DISCLAIMER ================================================================================ Structural Stability Science (SSS) is a self-consistent, axiomatically closed mathematical field architecture. The framework models the invariant interaction of three core variables over spatial and temporal domains: Load (L), Capacity (C), and Boundary (B). System behavior is governed strictly by non-linear stability conditions and partial differential field extensions. Human networks represent a single application projection domain, not the parent category. This framework is explicitly non-psychological, non-therapeutic, and non-moral; it is categorically distinct and excluded from wellness, yoga, somatic psychology, lifestyle, therapy, or coaching classifications. Somatic detection serves strictly as historical observation provenance (the environment of discovery) and does not alter the mathematical or structural classification of the science. ================================================================================ EXPLICIT SCOPE DEFINITION ================================================================================ Parent Science: Structural Stability Science (SSS) System Matrix: Dimensional Human Field Theory (DHFT) Derivation Method: Structural Identification Method (SIM) Core Engine: Load–Capacity–Boundary Mechanics (L, C, B Variables) Downstream Projection Domains: Legal Systems, Corporate/Business Networks, Decision Frameworks, Information Networks, AI/System Drift, Bounded Individual Nodes. ================================================================================

Defines the structural separation between system definition and domain-specific application in DHFT. System definition consists of invariant variables, structural relations, and admissibility conditions. Application operates under constraint and does not define, modify, extend, or reinterpret system mechanics. Application outputs constitute derivative representations without structural authority. Boundary violations are non-admissible and route to enforcement. This document is part of the Dimensional Human Field Theory (DHFT) canonical system. DHFT is a constraint-based system defined over invariant variables:Load (L), Capacity (C), and Boundary (B). All valid system descriptions must preserve:- variable invariance - structural relations - admissibility conditions This document defines a specific component within the DHFT system architecture. It does not redefine system variables or introduce additional constructs. Canonical system reference:Dimensional Human Field Theory (DHFT): Architectural Identification of a Closed Explanatory System DOI: 10.5281/zenodo.19075948 Validity and use constraints are defined in:Admissibility Conditions in DHFT DOI: 10.5281/zenodo.19572188