The geometry of collective collapse: A model of regime competition, structural vulnerability, and existential potential

National Technological University

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Abstract

This paper proposes a formal model of collective system dynamics grounded in competition between organizational regimes. A collective system is represented as a set of possible dynamic regimes {R₀, R₁, R₂, ...} that compete to structure the system's observable evolution through replicator dynamics. When a single regime reaches dominance, collective behavior can be approximated as gradient descent on that regime's effective potential — a standard result from nonlinear dynamics applied here to organizational systems. The central contribution is the index Δ of collective vulnerability, which formalizes the distance between the active regime and a baseline viability regime R₀ through three independent and…

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Topics & keywords

Keywords
  • Observable
  • Microfoundations
  • Nonlinear system
  • Replicator equation
  • Infinitesimal
  • Perturbation (astronomy)
  • Invariant (physics)
  • Complex system
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