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Introduction to Plasma Tectonics & Electric Geology: Solar Wind Coupling to Planetary Circuits Lightning Tells the Stellar Transformer Story

机译:等离子构造和电气地质简介:太阳能耦合到行星电路闪电告诉恒星变压器故事

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Has anyone ever wondered why tornado outbreaks generally occur in the Spring, while hurricane season is in the Fall? The tilting of the Earth's North Pole towards the Sun in the Spring activates the northern global circuits connected to North America, while the tilting of the Earth's South Pole towards the Sun in the Fall activates the southern global circuits connected to the ocean basins. Tornados spawn on the North American continent, hurricanes spawn in the oceans. This simple relationship belies the significant effects of the global electric circuits on our planet. Many earthquakes are linked to this circuit switching mechanism, especially when active solar induction affects from sweeping coronal hole Birkeland currents occur in conjunction with the switch. The Geoplasma Research Institute's goal is to bring this research to the forefront of scientific discussions assisting NCGT-Journal and IMCSI in unraveling the relationships between our worst natural disasters and global electric circuits. The, March 2020 - Invited Session - "Plasma Tectonics and Electric Geology" provided the opportunity to open this discussion. Many thanks to the organizers of the International Multi-Conference on Society Cybernetics and Informatics (IMSCI)! This paper relates surprising geophysical evidence within an electrodynamic framework that provides context for integrating the wide-ranging contributions by many authors in this invited session.
机译:有没有人想知道为什么龙卷风爆发一般发生在春天,而飓风季节在秋天?春天朝向太阳的地球北极倾斜激活与北美的北方全球电路激活,而地球南极朝向瀑布的南极倾斜激活与海洋盆地相连的南方全球电路。飓风在北美洲大陆产卵,飓风在海洋中产卵。这种简单的关系掩盖了全球电路对我们星球上的显着影响。许多地震与该电路切换机构相关联,尤其是当激活太阳能感应从扫描冠状孔中发生影响时,就与开关一起发生。 GeoPlasma研究所的目标是将这项研究带来了科学讨论的最前沿,协助NCGT-Chines和IMCSI解开我们最差的自然灾害和全球电路之间的关系。 19世纪2020年3月 - 邀请的会议 - “等离子构造和电气地质”为开放此讨论提供了机会。非常感谢国际多次会议社会网络网络和信息学(IMSCI)的组织者!本文涉及一种令人惊讶的地球物理证据,在电动框架内提供了在这次邀请的会议中为许多作者集成了广泛的贡献的背景。

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