太阳的5分钟振荡会影响地球的magnetosphere和岩石圈吗？
Do 5-minute oscillations of the Sun affect the magnetosphere and lithosphere of the Earth?
摘要：
在本文中，我们分析了一些问题，是相关的物理学的日地关系和地球动力学的。结果表明，光球的永久5分钟振荡，众所周知的日震学，可能会影响制度的超低频（ULF）地球电磁波。我们在SE、BMP和Pc5类型的ULF波的光谱中在接近5分钟的时间段检测到最大值。至于光球层5分钟振荡对地震活动的影响问题，答案是否定的。这是可以事先预见的，但这个问题的提出却意外地导致了这个话题的转变，并使我们有机会讨论与世界时钟同步的自然过程的隐藏周期性问题。这篇文章是作者在2018年夏天访问GO Borok IPE RAS期间撰写的。保留字：地球地震学、行星际等离子体、阿尔文波、多普勒效应、超低频振荡、地震、雷暴、人类影响。
英文摘要：
In this paper, we analyzed a number of problems that are relevant for the physics of solar-terrestrial relationships and the dynamics of geospheres. It is shown that permanent 5-minute oscillations of the photosphere, well known in helioseismology, probably influence regime of the ultra low frequency (ULF) geoelectromagnetic waves. We detected maxima at a period close to 5 min in the spectra of the ULF waves of SE, BMP and Pc5 types. As for the question of the influence of 5-minute oscillations of the photosphere on geoseismicity, the answer is negative. This could be foreseen in advance, but the very formulation of the question led unexpectedly to a turn of the topic and gave us an opportunity to discuss the problem of the hidden periodicity of natural processes synchronized by the world clock. The article was written during the authors' visit to the GO Borok IPE RAS in the summer of 2018. Keywords: gelioseismology, interplanetary plasma, Alfvén waves, Doppler effect, ultra-low-frequency oscillations, earthquakes, thunderstorms, human impact.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
