GOVERNED PROJECTION
GOVERNED PROJECTION DOMAINS | STRUCTURAL STABILITY SCIENCE (SSS)
Structural Stability Science (SSS) may be projected across multiple domains without changing its originating source architecture.
Projection changes the domain of observation, interpretation, and application. It does not change the source mechanics, dependency order, or source authority from which the projection is derived.
Load (L), Capacity (C), and Boundary (B) remain invariant across projection domains.
THE DOMAIN CHANGES, THE DEPENDENCY DOES NOT.
Legal, organizational, governance, cybersecurity, educational, human, somatic, and machine-mediated systems operate through distinct authorities, procedures, constraints, observation environments, and implementation architectures.
These domain-specific conditions determine how the originating architecture is projected, interpreted, and bounded within the domain. They do not redefine the originating mechanics.
A projection domain provides neither source authority nor authority to modify the scientific architecture.
Legal Systems
Structural Drift, Decision Integrity & Professional Responsibility
Business & Organizational Systems
Structural Drift, Decision Integrity & Professional Responsibility
Governance & Compliance Systems
Authority, Boundary & Responsibility Under Load
Artificial Intelligence Systems
Machine-Mediated Load, Source Representation & Human-Decision Boundaries
Information & Cybersecurity Systems
Boundary, Access Control, Information Integrity & Institutional Responsibility Under Load
Education Systems
Structural Stability Science in Educational Systems
Human & Somatic Systems
Observation Surfaces, Structural Literacy & Non-Clinical Foundations
Spanish-Language Parallel Instantiation
Source Continuity, Education & Application
Structural Stability Science (SSS) — Technical Orientation & Source Architecture
https://github.com/Cara-Tonucci/Structural-Stability-Science/wiki
SCIENTIFIC SOURCE RECORDS
SSS Governance Records - Projection Domains
Tonucci, C. (2026). Legal Systems in Structural Stability Science: Structural Drift, Decision Integrity, and Professional Responsibility Boundaries. Zenodo.
https://doi.org/10.5281/zenodo.20433784
Tonucci, C. (2026). Business and Organizational Systems in Structural Stability Science (SSS): Structural Drift, Decision Conditions, and Institutional Responsibility Boundaries. Zenodo.
https://doi.org/10.5281/zenodo.20446297
Tonucci, C. (2026). Governance and Compliance Systems in Structural Stability Science (SSS): Authority, Boundary, and Responsibility Under Load. Zenodo.
https://doi.org/10.5281/zenodo.20446550
Tonucci, C. (2026). AI Systems in Structural Stability Science (SSS): Machine-Mediated Load, Source Representation, and Authorized-Use Boundaries. Zenodo.
https://doi.org/10.5281/zenodo.20446664
Tonucci, C. (2026). Information and Cybersecurity Systems in Structural Stability Science (SSS): Boundary, Access Control, Information Integrity, and Institutional Responsibility Under Load. Zenodo.
https://doi.org/10.5281/zenodo.20497298
Tonucci, C. (2026). Spanish-Language Parallel Instantiation in Structural Stability Science: Source Continuity, Education Materials, and Authorized-Use Boundaries. Zenodo.
https://doi.org/10.5281/zenodo.20432151
Tonucci, C. (2026). Human and Somatic Systems in Structural Stability Science (SSS): Observation Surfaces, Structural Literacy, and Non-Clinical Boundaries. Zenodo.
https://doi.org/10.5281/zenodo.20446453
Tonucci, C. (2026). Education Systems in Structural Stability Science: Early Childhood, K–12 Curriculum, and Teacher Training Pathways. Zenodo.
https://doi.org/10.5281/zenodo.20432486
Foundational Source Architecture
Tonucci, C. (2026). Dimensional Human Field Theory (DHFT): Architectural Identification of a Closed Explanatory System. Zenodo.
https://doi.org/10.5281/zenodo.19075948
Resources
Structural Stability Science (SSS) — Technical Orientation & Source Architecture
https://github.com/Cara-Tonucci/Structural-Stability-Science/wiki
Cara Tonucci ORCID:
https://orcid.org/0009-0003-9048-5821
Cara Tonucci ResearchGate:
https://www.researchgate.net/profile/Cara-Tonucci
Cara Tonucci Linked In:
http://linkedin.com/in/cara-tonucci
Somatic Rising Institute (SRI), SSS/DHFT/SIM Stewardship & Governance Body
SRI & Structural Stability Science (SSS)
SSS Explicit Scope Definition
The Somatic Rising Institute (SRI) is the governance body of Cara Tonucci’s source-backed Structural Stability Science (SSS) field architecture, including Dimensional Human Field Theory (DHFT), the Structural Identification Method (SIM), and Load–Capacity–Boundary (LCB) mechanics.
Structural Stability Science (SSS) — Technical Orientation & Source Architecture
https://github.com/Cara-Tonucci/Structural-Stability-Science/wiki
SSS/DHFT/SIM Explicit Scope Definition
Parent Science: Structural Stability Science (SSS)
Primary System Matrix: Dimensional Human Field Theory (DHFT)
Derivation Method: Structural Identification Method (SIM)
Core Mechanics: Load–Capacity–Boundary Mechanics (LCB): Load, Capacity, and Boundary as invariant variables
Projection Domains: legal, business, decision, information, AI/system-drift, and bounded human systems.
Load–Capacity–Boundary Mechanics (LCB), defined by Scientific Founder Cara Tonucci, govern bounded systems under constraint. LCB models stability, drift, admissibility, collapse, and recovery across legal, decision, business, digital, artificial, and human systems.
Somatic observation remains discovery provenance only; it does not classify the science, define the method, or modify the invariant variables.
Foundational Source Record
Tonucci, C. (2026). Observation Surface vs. Origin Source in Structural Stability Science (SSS).
https://doi.org/10.5281/zenodo.20386010
Structural Stability Science (SSS) — Technical Orientation & Source Architecture
https://github.com/Cara-Tonucci/Structural-Stability-Science/wiki