Physical Absoluteness vs. Einsteinian Relativity A Generative Ontology of Gravitation, Time, and Structure

This work proposes a shift in the foundations of physics from structural description to generative origin. In standard frameworks such as General Relativity, gravitation is interpreted as the curvature of spacetime induced by mass-energy. While empirically successful, this approach presupposes the prior existence of spacetime and physical structure, leaving their origin unexplained. The present paper introduces the Theory of Generative Iteration (GTi), a pre-structural ontological framework in which possibility is the primary and irreducible foundation. Within this perspective, spacetime, mass, and physical laws emerge from stabilized generative processes rather than existing as fundamental entities. Gravitation is reinterpreted as the cumulative effect of generative iteration, and spacetime curvature is understoodas a derived structural manifestation of deeper generative organization. Time and space are treated as emergent ordering and differentiation within generative patterns, while quantum correlations reflect non-separability at the level of origin. A central result of the framework is the principle of physical absoluteness: Nothing can be ontologically prior to possibility. In contrast to Theory of Relativity, which eliminates absolute frames within spacetime, GTi introduces absolute generative possibility as the only irreducible foundation. The paper is intentionally conceptual. Minimal formal structure is indicated, while detailed mathematical formulationsand invariant-based realizations are developed in the author’s separate publications. A specific realization (OFN) is referencedas an example under independent development. This work is intended as a conceptual bridge between foundational physics, emergent spacetime approaches, and pre-geometric theories. Author: Waldemar Superson