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Essence of light: particle, field and interaction

机译:光的本质:粒子,场和相互作用

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Newtonian mechanics assumes the essence of light is particle, Electrodynamics regards the essence of light is wave, while Quantum mechanics thinks the light is something that has the nature of wave-particle duality. According to Godel incompleteness theorem, these theories could not be complete even if they were self-consistent. In fact, modern physics has not been able to give a unified explanation of the fundamental interactions in nature. In this article, a general field theory is developed based on an assumption that photon is an entity particle. In contrast with point particle, entity particle is an object that has both mass and volume. Photon is entity particle and is ubiquitous in the universe. Starting from the particle distribution in 3-dimensional Euclidean space, a set of partial differential equations for particle field is derived with the tools of vector analysis and field theory. This article analyzes the property of particle field, and explains the relationship of different fields and interactions. Particle field can be divided into three categories: density field, potential field and action field. Density field includes mass density and momentum density, which satisfy the laws of conservation. Potential field includes mass potential and momentum potential, which are the spatially correlated statistics of density field. Action field includes gradient field, divergence field and curl field, which are the first-order space change rate of the potential field. It is shown that the mass potential is equivalent to the gravitational potential and the electric potential. The momentum potential is equivalent to the magnetic potential. Gravitational field and electric field belong to gradient field, motional dissipation belongs to divergence field, and magnetic field belongs to curl field. The gradient of divergence field is the wave equation whose solution contains the light wave and the gravitational wave. The results clearly show that field is a statistical effect of a huge number of particles. Entity photon is the medium or ether that transmits light wave and gravitational wave, and the mass of photons is the so-called dark matter in the universe.
机译:牛顿力学认为光的本质是粒子,电动力学认为光的本质是波,而量子力学则认为光是具有波粒二象性的事物。根据戈德尔不完全性定理,即使这些理论是自洽的,也无法完成。实际上,现代物理学无法对自然界中的基本相互作用给出统一的解释。在本文中,基于光子是实体粒子的假设发展了通用场论。与点粒子相反,实体粒子是既具有质量又具有体积的对象。光子是实体粒子,在宇宙中无处不在。从三维欧几里德空间中的粒子分布出发,使用矢量分析和场论工具导出了一组粒子场偏微分方程。本文分析了粒子场的性质,并解释了不同场和相互作用的关系。粒子场可以分为三类:密度场,势场和作用场。密度场包括质量密度和动量密度,满足守恒定律。势场包括质量势和动量势,它们是密度场的空间相关统计。作用场包括梯度场,发散场和卷曲场,它们是势场的一阶空间变化率。结果表明,质量势等于重力势和电势。动量势等于磁势。引力场和电场属于梯度场,运动耗散属于发散场,磁场属于卷曲场。发散场的梯度是波动方程,其解包含光波和引力波。结果清楚地表明,场是大量粒子的统计作用。实体光子是传输光波和引力波的介质或以太,光子的质量是宇宙中所谓的暗物质。

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