The Kun Hypothesis: The Origin of Primordial Cosmic Matter and the Law of Kun Formation

This paper introduces the Kun Hypothesis, a theoretical mathematical framework proposing seven distinct types of primordial formative units as the foundational constituents of cosmic matter. The proposed Law of Kun Formation describes the relationships among cold interaction, opposing attractive and repulsive forces, natural face compatibility, binary formative fusion, cold-energy transfer, energy conservation, and sequential material formation. The framework develops mathematical expressions for compatibility conditions, local equilibrium, energy transfer, fusion dynamics, reaction rates, and successive formation processes. A structural application to quark and gluon representations is presented through a conditional seven-component decomposition into 3 ⊕ 3̄ ⊕ 1. The resulting constructions Q = AC and G = AB − Tr(AB)I₃/3 are shown to transform covariantly under SU(3), with Tr(G) = 0. The study establishes a mathematical formulation of the proposed hypothesis and identifies the assumptions and modeling choices underlying its results. Experimental validation and derivation of detailed microscopic physical properties remain subjects for subsequent research.