Consilient Functionality under Stepwise Civilizational Descent: System Architecture Protocols for Overcoming Hyper-Specialization Myopia
Year: 2026
Type: preprint
Abstract: Contemporary ecological and socio-economic discourse frequently conceptualizes civilizational crisis through apocalyptic, single-event collapse models. This paper proposes a rigorous counter-framework: Stepwise Civilizational Descent. Drawing upon paleoclimatological feedback loops—specifically Atlantic Meridional Overturning Circulation (AMOC) destabilization—and thermodynamic system dynamics, we demonstrate that planetary re-adjustment occurs through ratcheted, non-linear decrements in operational complexity. Under these conditions, modern institutional hyper-specialization creates critical epistemic myopia, rendering technical experts incapable of managing cascading cross-domain failures. We formalize the role of the System Architect—a consilient practitioner utilizing quantitative decoding, systemic mapping, and protocol engineering to establish micro-domain stability. Finally, we articulate non-institutional socket acquisition strategies that enable the integration of structural planning into high-leverage operational environments.
Author: Min, Jinseong
Language: English
Field: Decision Sciences
Domain: Social Sciences
Open Access status: green
OpenAlex ID: W7222526802
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