English Abstract Based on Thought Experiment on the Ultimate Reduction of the Universe: Layered Retreat from Manifest Structures to the K₀ Primordial Field as the physical substrate foundation, and the 12-character axiom system of "Ontology-Function Unity, Tri-Property Recursion, Topological Conservation" from Unified Field Theory of Global Topological Conservation (V2.0) as the core logical framework, this paper takes the K₀ zero-state origin field as the sole ultimate physical substrate and completes the fundamental logical derivation of the light speed limit of matter motion without presupposing any existing physical laws or constants. Firstly, relying on the harmonic symmetry of the K₀ field and the Topological Conservation axiom, this paper demonstrates the universal existence of the inherent cosmic limit velocity C. Subsequently, based on the Tri-Property Recursion axiom, it defines the "Locked State" as the fundamental component of matter. Finally, from three dimensions—energy distribution, structural constraint, and field ground state adaptability—it strictly proves that the motion velocity of the Locked State (matter) must be less than the limit velocity C. As the first deductive achievement applying the core axiom system to specific physical laws under the research program of "Unified Field Theory of Global Topological Conservation", this paper provides a complete application example for the "Multi-path Self-consistency" criterion proposed by the theory, makes up for the presuppositional flaw in mainstream physics' demonstration of the light speed limit, and offers a new, self-consistent, and comprehensive fundamental perspective for the underlying unification of basic physical laws. English Keywords:K₀ zero-state origin field; light speed limit; Locked State; Tri-Property Recursion; Topological Conservation; Unified Field Theory of Global Topological Conservation; Multi-path Self-consistency
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Jian Wen
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Jian Wen (Sun,) studied this question.
www.synapsesocial.com/papers/69d49f8ab33cc4c35a227f7b — DOI: https://doi.org/10.5281/zenodo.19425009
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