标题:
新现代物理学综述—第六部分：时空相对论质疑和大统一场（第27~29章）New modern physics Review --The sixth part: Space-Time Relativity Doubt and The unified field (chapter 27 ~ 29)
作者:
黄振强, 黄宇翔
关键字:
冷核聚变堆, 中微子场介质特征, 基本粒子结构, 质量能量形成原理, 决定论量子物理学, 电磁场传播原理, 中微子能量震荡, 引力子, 暗物质, 大统一场Cold fusion reactor; Neutrinos field medium characteristics; Elementary particle structure; The quality of formation energy principle; Determinism of quantum physics; Electromagnetic propagation principle; Neutrinos energy shock; Graviton; Dark matter; The unified field
期刊名称:
《HANS Publication PrePrints》, Vol.1 No.1, 2016-04-05
摘要:
本文是笔者《冷核聚变堆》[1]发明专利和《新现代物理学》[2]专著的综述内容。期望与主流核聚变工程学界和现代物理学界进行学术交流。本专著依据爱因斯坦决定论思路，先建立经典基本粒子量子化波动自旋垂直双椭圆轨道运动模型，结合牛顿力学、电动力学、量子力学最基本的运动方程，结合基本粒子沿轨道运动速度与能量的相对论关系，运用统一自洽的数学物理方程组进行推导和精确求解的。它能精确解答所有基本粒子、原子核、原子的内部结构、组成、运动特征规律，衰变原因、能量、质量来源，强、弱相互作用与电磁相互作用的关系和强度。微观、宏观领域的电磁场和万有引力场的传播介质和原理。最终论证了无限永恒宇宙论、绝对时空观和大统一场。
This article is the author of "cold fusion reactor" [1] patent and the "new modern physics" [2] Summary monograph content. We do expectations and mainstream fusion of modern physics and engineering academia academic exchanges. This monograph based on Einstein's idea of determinism, first create a classic elementary quantum spin fluctuations vertical double elliptical orbit motion model, combined with Newtonian mechanics, the basic equations of motion electrodynamics, quantum mechanics, elementary particle velocity along the track combined with the relation between the energy, the use of a unified self-consistent mathematical physics equations were solved derivation and precise. It can accurately answer all the elementary particles, nuclei, the internal structure of the atom, composition, movement characteristics law decay reason, energy, quality source of strong, weak and electromagnetic interaction between and intensity of the interaction. It can to microscopic, macroscopic electromagnetic field and gravitational field of the propagation medium and principles. We eventually demonstrated the infinite eternal cosmology, absolute time and space and a large unified field.