A Generic Description Model for the Structure of Atomic Nucleus with New Interpretation of the Strong Forces

• 作者: Weidong Yang
• 来源期刊: 现代物理(英文)
• 学科: 物理学
• 关键词: Atomic Kernel Structure Reinterpretation of Strong Forces Kernel Structure of Hydrogen and Its Isotopes Kernel Structure of Helium and Its Isotope Stellar Nuclear Fusion Nuclear Fission Double Space Link Triple Space Link Matter Lifecycle in the Context of Cosmology
• 年，卷（期）: 2020,（8）
• 页码范围: 1132-1156
• 页数: 25页
• 分类号: O57

摘要

The present investigation is motivated by finding and developing an easily understandable solution in the context of unified quantum and gravitational theories. Model-based methods are applied, with emphasis on structural descriptions by introducing some strong hypotheses. A subset of the introduced hypotheses led to a surprising understanding of the internal structure and construction of quarks, neutrons, protons and more complex atomic nuclei. The research work therefore focused mainly on the model-based interpretation of subatomic processes. The results obtained so far and presented in this paper are new. They consist of a generic description model for the structure of atomic nuclei. This model contains two important structural links that originate from the initial phase of the cosmological big bang. They hold atomic parts together and are involved in many known nuclear fusion and fission processes. Modifications of them, including the electron-positron annihilation process, are necessary and will be described. A new interpretation of the strong forces from the Standard Model is possible and will be given. In addition, the formation processes for electron and positron particles are considered. Based on the structural relationships, a deeper understanding of matter transformations (transmutations), early cosmological processes and dark matter has been achieved. All challenges of this work are the logical conclusions from the used hypotheses on two structural links. They need to be further investigated and verified by theoretical and experimental works. The postulated particle in this paper, as accompanying product in the electron-positron annihilation, will play a major role for the future investigations.