环境属性理论下的物质层次结构 ——从天体到原子的物芯统一模型与动力学
Year: 2026
Type: dissertation
Abstract: Based on the framework of the Environmental Attribute Theory (EAT, 环境属性理论), this paper proposes a physical model that uniformly describes the internal core structures (内部核心结构) of integral celestial bodies (整体天体), atomic nuclei (原子核), and electrons (电子), collectively referred to as "physical cores" (物芯). The model points out that these physical cores of different scales share a profound homology (同源性) in material composition (物质构成) (dense bound-state Zhongxon (致密束缚态中性子), i.e., "object protomatter" (物体原态质)), geometric shape (几何形状) (spherical shell shape (球壳状)), and formation mechanism (形成机制) (uniform expansion of dense matter forming an internal absolute vacuum (内部绝对真空)). Their fundamental differences lie in the mass and scale of the physical core, as well as the type of medium particles targeted by the siphon effect (虹吸作用) of its vacuum core (真空核). This paper systematically proposes, for the first time, the "breathing motion" (呼吸运动) model of the physical core to describe its stable periodic expansion and contraction. On this basis, we reinterpret the phenomena of nuclear fission (裂变), natural decay (天然衰变), and artificial transmutation (人工转变), uniformly understanding them as dynamical processes in which, after the breathing motion of the physical core becomes unstable (失稳) or is subjected to external perturbation (外界扰动), fragments of "object protomatter" are ejected (喷射) to achieve a new stable state (新的稳定状态). The paper provides mathematical descriptions (数学描述) of the key processes, carries out dimensional consistency checks (量纲一致性检验), and predicts observable physical phenomena (可观测的物理现象), offering a new approach for testing EAT. Keywords: Environmental Attribute Theory (环境属性理论); physical core (物芯); absolute vacuum core (绝对真空核); breathing motion (呼吸运动); object protomatter (物体原态质); nuclear transmutation (原子核转变)
Author: 林, 海兵
Language: Chinese
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7214188347