Most people don't know, that the center of a fast moving electromagnetic field will slow the movement of electrons, thus making things cold.
Earlier, I had grabbed onto the idea that magma and lava vortexes were being generated throughout the globe by the constant change in gravity as the earth and moon change directions.
Now, I've come up with an new belief: that while the earth's crust was developing, electromagnetic energy from the sun was shaping and polarizing the land as it formed. Because of the movements of the earth and moon, some areas of land had different polarity "layers", while others areas had very straight polarity paths from one side of the earth's crust to the other. I also believe that it was actually very strong concentrations of electromagnetic energy remaining in single areas for a long enough period of time to "seed" land formation by cooling lava long enough to harden.
I also believe that the sun has a bi-directional orbit, and that it is turning in a 120 degree arc, and the reason we do not see this (clearly) is because each planet is connected to the sun, individually, by magnetic strands that wind in and out. We are, more than likely, at the end of a "winding in" stage, and will soon begin to wind out and back in on the other end of the sun. The closer to the sun the earth "winds" the more gamma rays life is bombarded with, and the more infra-red rays when it "winds" away. I believe that's why the dinosaurs really vanished. They probably came around in the "out" stage, and the planets started moving closer together and closer to the sun.
Oddly, that same electromagnetic flux causing an induced lowered temperature at it's center can simultaneously induce an electrical current in conductive elements.
If a big enough, fast enough electromagnetic vortex were to come out of one spot from underneath the ground, it could cause the sudden formation of clouds in the sky. They would form faint, thin lines if the stream was small, that would widen as the electromagnetic "beam" cut through warmer air, and then released it as it passed. If the "beams" formed "rings" the clouds would be formed in curls or even full discs.
It could also generate an electrical current in anything, well, pretty much anything with atoms.
In a person, it could result in the sensation of stinging, tingling, or being shocked. It could undo molecular connections in cells, causing bruises or cuts.
It could cause living cells to ignite (spontaneous combustion), it could cause rouge electrical impulses in our brain (visual and auditory hallucinations, emotions, urges for odd activities, confusion, numbness,muscle spasms, strokes, heart failure).
It could cause combustable objects, houses, motors, fuel, cooking oil, paper, and alcohol, food crop plants, to suddenly ignite.
It could cause a rise in mutations in animals, humans, fish, and plants.
It could cause migratory animals to migrate prematurely or not soon enough.
It could cause the rocks and pebbles which birds use in lieu of teeth to heat and boil the liquid around it in their bodies in a few seconds.
It could cause the combustion of the bonds and elements in rocks, turning them to clumps of solid ash or ash dust. What was left, would have less volume, and thus sink lower than the untouched earth around it.
If it were to move through one spot long enough, it would actually produce gold underground there.
It could destroy the cellular structure in plants, making them look water starved, or even charred in the middle of fresh healthy looking plants around it.
It could also cause the internal structure of the plants to make the plant bend and twist.
It could excite the atoms in the air, causing them to release photons in balls, or rings, and would bend light to look either red-ish on one side of the affected atoms and green-ish on the other.
Electricity depends on electromagnetic flux. The higher an electromagnetic field of flux is, the more electricity generated.
It could cause an electrical arc to occur between two electrically conductive items near each other, including people.
It could cause rapid cooling and warming of solid objects as it passes through them, causing unexpected noises such as squeaking, popping, creaking, breaking, rattling, or humming.
If this were happening, and we knew about it, we would be more diligent about making homes, buildings, vehicles, and electronic tools safe from over exposure to unnatural electromagnetic field concentrations.
