Relational Continuum Ontology and the Foundations of Modern Physics

Relational Continuum Ontology (RCO) proposes an ontological framework for interpreting the foundations of modern physics. Rather than treating particles, fields, or spacetime as fundamental constituents of reality, the framework begins from a more primitive principle: existence possesses an intrinsic generative capacity for relational organization. Within this perspective, physical reality emerges as dynamically coherent configurations of energetic relations embedded within a deeper relational substrate, referred to as the Relational Substrate Field (RSF). The paper reinterprets central domains of contemporary physics—including quantum field theory, spacetime geometry, cosmological evolution, and physical law—as emergent expressions of relational organization. Quantum fields are understood as coherent relational regimes rather than substances distributed in space. Spacetime is interpreted not as a fundamental background, but as a dynamically stabilized relational geometry arising from transformations of pre-spatial configurations. Gravitational phenomena are described as effective manifestations of variations in relational density, consistent with the mathematical structure of general relativity while differing in ontological interpretation. Cosmological evolution is approached as a layered and continuous process of relational organization, where new structural regimes emerge through transformations within underlying configurations rather than through the introduction of new fundamental entities. Physical laws are interpreted as stable relational regularities that arise when energetic configurations achieve persistent coherence across scales. By reframing physical structures as emergent relational regimes, RCO offers a unified ontological perspective capable of connecting mathematical description with deeper structural principles. The framework does not replace existing physical theories, but situates them within a broader interpretive context, suggesting that modern physics may already be describing manifestations of a deeper relational continuum.