A Toy Universe's Genesis Code: Self-Referential Relational Closure

This paper constructs a self-consistent toy universe model based on relational ontology—the "Kizon Universe". The sole ontological postulate is that "relations are fundamental entities", and kizons are pure relational endpoints. The system relies on only four axioms: symmetric cyclic closure of kizon pairs, minimal action , Berry phase , and the exclusivity of ontological degrees of freedom. From this minimal axiomatic system, the following are rigorously derived: three-dimensional space as the necessary emergence of three irreducible ontological operations; time as the accumulated count of cyclic closures; a unified force form as topological tension from Berry connection interference [1]; the inverse-square law as the gradient of a time-diluted potential; particle charges as geometric corollaries of the loop integral of three-kizon configurations; the fine-structure constant ; and the cosmic energy budget derived from the group-theoretic counting of symmetry breaking. The model has no free parameters, and all core predictions deviate from observed values by less than one percent. This paper does not claim that the model describes the real universe; it merely presents a mathematical structure that starts from a minimal ontology, is logically self-consistent, and yields quantitative results strikingly close to observations.