八元离子电磁引力相互作用与暗物质
Octonionic Electromagnetic and Gravitational Interactions and Dark Matter
摘要：
基于麦克斯韦四元数电磁理论，讨论了八元数空间中的电磁相互作用、引力相互作用及其与暗物质场的耦合影响。研究结果揭示了暗物质场与电磁场和引力场相互作用的密切关系。在电磁相互作用中，场能量密度的变化直接影响电荷力和电流力。在修正的引力相互作用下，由方程组导出了行星轨道的近共面性、近圆性和共转性。天体离心力的变化导致了天体公转速度的波动，这是由于天体公转时的场能量密度、天体公转意义上的角动量以及天体质量空间分布的变化。在暗物质领域，方程组揭示了暗物质在一定条件下的运动特性及其对普通物质运动的影响。研究结果解释了观测到的一些天体异常现象是由修正的引力相互作用或暗物质引起的。
英文摘要：
Based on Maxwellian quaternionic electromagnetic theory, the electromagnetic interaction, gravitational interaction and their coupling influence with the dark matter field in octonionic space are discussed. The research results disclose the close relationships of dark matter field with electromagnetic and gravitational interactions. In the electromagnetic interaction, the variation of field energy density has direct effect on the force of charge and current. In the modified gravitational interaction, the near coplanarity, near circularity and corevolving of planetary orbits are deduced from the equations set. The change of centrifugal force of celestial body leads to fluctuation of revolution speed, when the field energy density, celestial body's angular momentum in its sense of revolution or its mass spatial distribution varied. In the dark matter field, the equations set reveal the movement properties of dark matter in certain conditions and its influence on ordinary matter movements. The research results explain that some observed abnormal phenomena about celestial bodies are caused by either modified gravitational interaction or dark matter.
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