Crowd-Based Dynamics (CBD): Architectural Synthesis and Exhaustive Compendium of Foundational Laws

This publication presents a complete and unified reference of the Crowd-Based Dynamics (CBD) framework, composed of two complementary documents designed to stabilize, explicate, and transmit the foundational structure of the theory. Document 1 — Architectural Synthesis provides a global, non-normative overview of the CBD framework. It presents the fundamental postulate of endogenous self-regulation in collective systems, the central psychodynamic formulationP(t)=Aψ(S,R,V,D[Dcond,Dact],C,T,M,I)×[O(t)⋅D(t)]×F(t)and the temporal architecture linking accumulation, saturation, stability, and transition. This document functions as an architectural map of the framework, positioning laws, limits, and mechanisms across past foundations, present operational structures, and future extensions, without introducing new hypotheses or prescriptions. Document 2 — Exhaustive Compendium of Foundational Laws constitutes a systematic and canonical presentation of all laws, principles, limits, and protocols forming the CBD corpus. Each law is developed in a homogeneous and explicit structure, including a conceptual definition, structural mechanism, architectural positioning, and minimal canonical formal expression when applicable. The document covers, among others, the Mimetic Saturation Law, Mimetic Inertia Law, Conditional Reversibility Law, Nonlinear Tipping Law, Costly Stability Law, Informational Tipping Law, Temporal Governability Law, the Cognitive Cost of Governance, the Sterking Limit, the Universal Stability Limit, the Temporal Equivalence Principle (RES = RAG), and the Sterking Governance Protocol. Together, these two documents form a closed, coherent, and transmissible theoretical foundation for the analysis of collective systems. They do not aim at prediction, optimization, or normative intervention, but at the structural description of collective regimes, governability limits, and irreversible transitions arising from endogenous accumulation, mimetic memory, and temporal constraints. The framework applies across domains, including social systems, financial markets, institutions, cognitive conflict, and artificial collective systems.