The Relational Closure Theorem: Love as the Unique Non-Recursive Terminal State of Free Personal Existence

Read full text
Authors: Sergiu Margan
Cited by: 0

Abstract

This paper develops a capstone result within the Redemption Optimization (TRO) and Moral Kernel Optimization (MKO) framework by formalizing the structural conditions required for a terminal, non-looping perfect state of existence under absolute libertarian free will. We show that any permanently isolated agent produces either higher-order ω-recurrence, unresolved structural openness, or collapse of agency, and therefore cannot persist within a genuinely terminal configuration. From this impossibility we derive the Non-Atomicity of Personhood (NA) as a minimal, non-smuggled principle: enduring personal standing is irreducibly relational. Given NA, we demonstrate that love—understood as the non-coercive mutual affirmation of standing—is the unique relational closure operator compatible with three simultaneous constraints: (i) preservation of libertarian freedom, (ii) elimination of infinite recurrence, and (iii) completion of terminal structural coherence. Alternative relational modes (domination, transaction, competition, or isolation) either violate freedom, generate recursive instability, or leave standing structurally unclosed. Normativity is thereby grounded not in external command or prudential incentive, but in admissibility to non-looping persistence itself: rejection of relational closure constitutes performative self-termination rather than punishable defect. The categorical “ought” emerges as the reflexive condition for the sustainable continuation of free agency. These results establish relational love as a structural necessity of terminal coherence and provide a unifying metaphysical closure for the TRO/MKO program, integrating freedom, personhood, and non-recurrence within a single admissibility framework.

Fields of Study & Subjects

Philosophical Ethics and Theory Philosophy Ethics and Existentialism Philosophy and Theoretical Science

Publication details

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