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But they're exposed to the alignment of the celestial spheres in relation to the Earth the same way. Imagine if the celestial spheres have a particular electrom
by pyinstallwoes 3y ago
But they're exposed to the alignment of the celestial spheres in relation to the Earth the same way. Imagine if the celestial spheres have a particular electromagnetic relationship with the Earth, this dynamic nature is a type of 'song' if you will. That song becomes imprinted. That's one way I've come to understand these views. Then you actually have some semi-modern approaches to the music of the celestial spheres and the orbital resonances being similar to musical intervals.
- defrost 3y ago> Imagine if the celestial spheres have a particular electromagnetic relationship with the Earth The kind that falls away with square of the distance, where Saturn is far enough away that light takes > hour to travel? This is very much a [ ... ] and so astrology argument. https://www.youtube.com/watch?v=98Ya3F6jVFM https://www.youtube.com/watch?v=98Ya3F6jVFM
- pyinstallwoes 3y agoNo, the kind that fills up the entire universe with filaments. Literally the universal Indra's net: https://en.wikipedia.org/wiki/Birkeland_current https://en.wikipedia.org/wiki/Birkeland_current
- defrost 3y agoBirkeland currents flow following magnetic field lines. The Earth's magnetosphere is shaped by solar winds, rounded on the sunside extending 6-10 x Earth radius with a longer tail opposite the sun that extends up to 1,000 x Earth radius. The Earth's radius is very small compared to the 1 AU Earth distance from Sun and smaller again compared to the distances between planets. So, rather than "filling the entire universe" the currents you've linked flow through a magnet field that rapidly dwindles with the inverse square of distance and neither the electric currents nor the magnetic field reach to another planet (nor vice versa).
- pyinstallwoes 3y agoPlasma. It's everywhere.