全域联动与耦合常数:14FT中局部序变的全域传导机制(V24)

Abstract

As one of the core axioms of Order Variation Theory (OVT), the Strong Holistic Law states that the universe is an indivisible global whole, and no absolutely isolated system exists. Local order variations will inevitably conduct globally, generate mutual constraints, and achieve linkage and covariant evolution. Under the framework of the 14-Order Unified Field Theory (14FT), this paper conducts rigorous mathematical proof and mechanical interpretation of the above fundamental physical and philosophical proposition. Based on the topological transmission network constructed by 36 edges of tetrakaidecahedron units, this study systematically demonstrates the inevitability of global conduction of local disturbances, and quantitatively characterizes the intensity of global linkage through four core coupling constants: η_max = 13/14, δ₀ = 1/14, η_stable = 7/19, and ε = 1/80. This paper derives the complete explicit mathematical expression of the dual driving term Λ_cd which dominates global linkage, and verifies the physical authenticity of the global linkage effect from three multi-scale dimensions: microscopic quantum entanglement, mesoscopic meridian sensing, and macroscopic human body order state response. This research supplements rigorous mathematical basis and empirical evidence for the Strong Holistic Law of OVT, realizes the key leap of 14FT from axiomatic hypothesis to computable physical theory, and further improves the theoretical system of global coupling and order variation conduction of 14FT.