Relational Continuum Ontology and the Generative Structure of Existence

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Authors: Rony Moussa
Cited by: 0

Abstract

This article provides a philosophical clarification of Relational Continuum Ontology (RCO) in response to recent discussions concerning relational ontology and modal cosmological frameworks. The paper engages in constructive dialogue with the Theory of Objectivity (TO), particularly with regard to questions concerning the ontological status of relations, the role of Nothing in cosmological explanation, and the logical foundations of possible universes. The response clarifies that the relational ontology developed within RCO does not begin with relations as already constituted structures. Instead, it begins from the recognition that existence itself possesses an intrinsic generative capacity through which relational organization becomes possible. This generative principle, described as Primitive Energetic Capacity, functions as the primitive ontological condition from which relational structures, physical regimes, and cosmological organization emerge. The article further explains the role of the Relational Substrate Field as a fundamental relational domain in which physical structures appear as stabilized configurations within an evolving relational continuum. From this perspective, cosmological models such as the Big Bang are interpreted as transitional phases within an ongoing relational dynamics rather than as the absolute origin of existence. By clarifying the generative foundations of relational ontology, the paper aims to situate Relational Continuum Ontology within contemporary debates concerning the ontological foundations of physics while encouraging continued philosophical dialogue between relational and modal approaches to cosmology

Fields of Study & Subjects

Philosophy and Theoretical Science Logic and Philosophy of Science Phenomenology and Existential Philosophy

Publication details

Journal / source
Zenodo (CERN European Organization for Nuclear Research)
Publication date
15 March 2026
Language
EN
Document type
Preprint