量子能量与二元形态:约束态 震荡态一底层理论(Quantum Energy Confined & Oscillatory Dual Equilibrium Modes of the Quantum Field)
Abstract
Quantum Energy: Confined & Oscillatory Dual Equilibrium Modes of the Quantum Field This paper takes the globally continuous quantum field as the fundamental carrier medium of the universe, and proposes the inherent collapse-attraction and repulsion-diffusion dual tendencies of all quantum energy units as the endogenous driving force of all physical phenomena. It defines two exclusive native eigenstates of energy: the confined state under low energy density and weak field potential, and the oscillatory state formed by persistent stress imbalance in high-density superimposed strong fields. All wave-particle duality phenomena, microscopic quantum behaviors and macroscopic cosmic evolution are uniformly interpreted as two modal transformations regulated by local energy density and field potential intensity, without introducing extra mathematical hypothetical constructs such as wave function collapse or superposition. The theory establishes a complete logical closed loop covering quantum field ontology, microscopic dual-state dynamics, double-slit interference mechanism, fundamental interaction origin and cosmic large-scale evolution. It fully matches all verified experimental observations, only reconstructs the underlying physical causal logic, and does not overthrow objective measured conclusions. Meanwhile, it distinguishes the computational practicability of hierarchical mathematical modeling from the natural unity of cosmic physical laws, and criticizes the cognitive bias of…
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