From Self-Interest to System Homeostasis: S1, S2, and "Love Your Neighbor as Yourself" Across Nature, Scripture, and Information Systems

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Authors: Alen Širola
Cited by: 4
References: 4

Abstract

Living systems begin with carriers that must preserve boundaries, obtain resources, respond to disturbance, and maintain the capacity to continue. This working paper names that first-order functional interest S1. Once multiple S1 carriers share an environment, their local interests interact and alter the conditions of one another’s persistence. A second-order problem then appears: preserving a system within which the participating carriers can continue to function. The paper names this relational and system-level regulation S2. Its central proposition is that S1 preserves the carrier, whereas S2 preserves the homeostatic conditions of the multi-carrier system. The formulation is developed through a constrained cross-domain triangulation: biological homeostasis and the evolution of cooperation; the biblical instruction to love one’s neighbor as oneself; and integrity, orchestration, and local-optimization failures in information systems. These domains are not treated as equivalent evidence or as proof of one another. They are used to examine whether a comparable process function recurs under different domain-specific forms. The paper further proposes that human–AI collaboration creates a practical S2 problem and positions AWM as one emerging process-regulation approach. The publication presents the conceptual foundation while intentionally withholding implementation details, operational protocols, and protected know-how.

Fields of Study & Subjects

Systems Engineering Methodologies and Applications Embodied and Extended Cognition Chaos Complexity and Education

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
31 July 2026
Language
EN