This paper develops a simple but demanding thesis: geometry is not a descriptive tool applied to reality. It is the ontological ground from which reality is articulated. The Unified Model of Creation and Reality (UMCR) proposes that spacetime, matter, energy, gravity, and cosmic expansion correspond to effective encodings of a deeper recursive geometric organization. Geometry is treated as primary. Everything else follows under projection. The framework is built on three structural commitments: the ontological primacy of relational geometry, recursive consistency as the criterion of stable existence, and scale-free projective invariance. Within this setting, spacetime emerges as a representational construct generated by finite observers embedded in the geometry they describe. Time corresponds to sequential encoding. Distance corresponds to relational accessibility. Dynamics summarize patterns within projection. Matter appears as persistent geometric coherence at intersection nodes. Gravity corresponds to relational density within recursive structure. Dark matter and dark energy are interpreted as complementary geometric regimes expressed differently under observational constraint. Cosmic acceleration reflects projection structure rather than ontological expansion. The UMCR does not attempt to replace existing physical theories at the operational level. It does not introduce new particles, forces, or adjustable parameters. Its aim is foundational: to clarify what must be structurally presupposed for dynamical descriptions to function at all. The proposal is intentionally incomplete in microscopic detail. That incompleteness is methodological. It preserves the distinction between structural principle and formal instantiation. If geometry is fundamental, explanatory proliferation becomes unnecessary. Observational complexity reflects layered relational depth rather than multiplicity of substances. This work is an invitation to reconsider where ontology properly begins. If geometry is not primary, the framework fails.If it is, much of what appears fragmented may already be unified.
Building similarity graph...
Analyzing shared references across papers
Loading...
Jean Santillana
Building similarity graph...
Analyzing shared references across papers
Loading...
Jean Santillana (Fri,) studied this question.
www.synapsesocial.com/papers/699a9e00482488d673cd4622 — DOI: https://doi.org/10.5281/zenodo.18717382