Message from the SUN on 28th August 1859

Avtar Singh Gill
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Abstract

The great 1859 spectral auroral event affecting the Earth which also showed the link between the magnetic effect and the electrical effect is explained as the ‘Message from the SUN 28th August 1859'. The Northern and Southern Lights are caused by the solar IMF. Gill’s Electronic Theory of Magnetism 1964 shows how the solar IMF on approaching the magnetosphere of the Earth splits into its negative and positive electric energy components which head for the opposite magnetic poles of the Earth to cause the equally bright Aurora Borealis and Aurora Australis. Why these Northern and Southern lights do not reach all the way to the magnetic poles of the Earth and why they are brighter on the night side will be explained with illustrations. Kristian Birkeland’s 1900-1916 ‘terrella’ experiments are further explained.  The solar source of the essential electrical seeding of the magnetic poles of the Earth for the functioning of the geomagnetic dynamo of the Earth to create its magnetosphere is shown. Some applications to harness this solar electrical energy reaching the Earth are presented and dot product equations are presented to support these applications without any need of Henrik Lorentz’s 1893 cross products. Gill’s electronic theory of magnetism 1964 explains all the above and should replace Maxwell’s pre-existing dipole theory of magnetism 1873.
1859年8月28日来自太阳的消息
1859年影响地球的巨大光谱极光事件也显示了磁效应和电效应之间的联系,这被解释为“来自1859年8月28日太阳的信息”。北极光和南极光是由太阳的国际货币基金组织引起的。吉尔1964年的《磁学电子理论》展示了太阳的国际货币基金组织在接近地球磁层时是如何分裂成正负的电能成分的,这两种能量成分分别朝向地球相反的磁极,从而产生了同样明亮的北极光和南极光。为什么这些北极光和南极光没有一直到达地球的磁极,为什么它们在夜晚的一面更亮,我们将用插图来解释。克里斯蒂安·伯克兰1900年至1916年的“terrella”实验进一步解释。地球磁极的基本电种子的太阳源,地球的地磁发电机的功能,以创造其磁层显示。介绍了利用太阳能到达地球的一些应用,并提出了点积方程来支持这些应用,而不需要亨利克·洛伦兹的1893叉积。吉尔1964年提出的电子磁性理论解释了上述所有问题,并应取代麦克斯韦在1873年提出的磁偶极子理论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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