论原子结构和基本力的关系
On the Relationship between Atomic Structure and Fundamental Forces

本文从原子结构出发，分析了核子和电子之间存在的传播子和作用力，本文认为核子发出引力子，引力子在空间以引力能量波传播，引力能量波遇到其它核子与其作用形成核力(引力)，核力使所有中子和质子紧密结合成原子核；引力能量波遇到电子与其作用形成弱力，弱力吸引电子使其围绕原子核旋转；本文认为电子发出光子，光子在空间以电磁波传播，电磁波遇到中子，与其作用的概率极低；电磁波遇到质子与其作用形成电磁引力，电磁引力使原子核中中子聚中，质子在壳层缓慢运动，电磁引力会引起物质放射性衰变；电磁波遇到其它电子与其作用形成电磁斥力，电磁斥力等于电子绕核运行的向心力之差，电磁斥力使电子之间互不相容。
Starting from the atomic structure, this article analyzes the propagators and forces between nucleons and electrons. This article believes that nucleons emit gravitons, which propagate in space as gravitational energy waves. When gravitational energy waves encounter other nucleons, they interact with them to form nuclear force (gravity). The nuclear force makes all neutrons and protons tightly bind into atomic nuclei; when gravitational energy waves encounter electrons and interact with them, they form weak forces. The weak forces attract electrons and make them revolve around the atomic nucleus; this article believes that electrons emit photons, which propagate in space as electromagnetic waves. When electromagnetic waves encounter neutrons, the probability of interacting with them is extremely low; when electromagnetic waves encounter protons and interact with them, they form electromagnetic gravity. The electromagnetic gravity makes the neutrons in the atomic nucleus gather and the protons move slowly in the shell. The electromagnetic gravity will cause the radioactive decay of matter; when electromagnetic waves encounter other electrons and interact with them, they form electromagnetic repulsion. The electromagnetic repulsion is equal to the difference in the centripetal force of electrons orbiting the nucleus. The electromagnetic repulsion makes electrons incompatible with each other.