Anatomy of Chaos: A Theoretical Framework for Forecasting the Morphology of Post-Crisis Regime (Vol. 1)
While a significant body of scholarly work exists to diagnose the probability of systemic socio-political crises, less attention has been paid to the consequential problem of prognosis: forecasting the character of the regime that emerges from collapse. This paper addresses this critical gap by proposing a falsifiable theoretical framework for forecasting the post-collapse morphology of political systems. It integrates insights from structural history, depth psychology, and evolutionary psychology to posit that a society operates on three interconnected levels: a rapidly changing socio-cultural "Operating System"; a deeper, intermediate layer of universal symbolic patterns, or archetypal "BIOS"; and a foundational "Hardware" of immutable biological instincts. The central thesis argues that a systemic crisis is governed by a tri-channel feedback dynamic, including a vertical Channel of Ascent, a non-linear Channel of Catalysis, and a crucial third pathway: the Mnemonic Channel. This third channel archives the symbolic debris of a collapsing order into the BIOS, thereby shaping the ideological DNA of the successor state. The framework's methodology is two-staged. The first, diagnostic stage introduces the Instability Coefficient (K), a composite measure of systemic overload derived from the relationship between systemic stress and resilience. The second, and more innovative, prognostic stage employs the Archetypal Activation Index (AAI), a heuristic tool designed to forecast the emergent regime's morphology by analyzing the activation of deep symbolic patterns during a systemic reboot. Ultimately, this paper proposes a framework of generalizable psychohistorical dynamics intended to shift the analytical focus from the diagnosis of collapse to the prognosis of its aftermath.
Authors
- Alen Kaminski
Publication Details
- Journal
- Knowledge Commons (Lakehead University)
- Published
- 2025-12-31
- DOI
- https://doi.org/10.17613/0avrh-kk286
- Primary Topic
- World Systems and Global Transformations
- Type
- article
- Field-Weighted Citation Impact
- 0.00