Cosmic Gene: The Spacetime Bubble Qunluo Model and the Generation Mechanism of Fundamental Particles
Year: 2026
Type: preprint
Abstract: Standard cosmology confronts two foundational impasses: the “container problem” of expansion and the “terminal void” of heat death. This paper argues that both stem from the absence of an ontological precondition: a Non-Spacetime matrix (NSM) that precedes and encompasses spacetime differentiation. From this premise, a Yin-Yang dynamics is proposed, where expansion is the manifestation of Yang (differentiation, entropy increase) and heat death is the terminal imbalance of Yang-excess/Yin-deficiency, with return to the NSM as the rebalancing process. Furthermore, the paper proposes a micro-to-macro generative chain: five fundamental matrix modes (the Wuxing Matrix) generate stable eigenstates via a Five-Phase Coupling Operator, constituting the 17 Standard Model particles; the collective interactions of these particles constitute the “Cosmic Gene,” which determines the physical constants and the fundamental particle spectrum within the Spacetime Bubble, thereby defining the Spacetime Bubble. Based on combinatorial mathematics and topological symmetry, this paper deduces 26 theoretically stable particle eigenstates in this universe and provides specific Wuxing combination predictions for undiscovered particles (dark matter, the graviton, and the Yuanling Particle). Macroscopically, the paper argues that the totality of all Spacetime Bubbles—the Qunluo Cosmos—is not a hierarchically nested multiverse, but a co-originating, parallel community, thereby dissolving the misconception of “higher dimensions.” The paper concludes that the “container model” is the root of the cosmological constant catastrophe, and the dissolution of “first cause” and “driving force” into Intrinsic Property provides the ultimate ontological resolution—describing a Non-Spacetime source ontology from micro to macro.
Author: Zhang Pan (Tianyuanzi)
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7224131128