Quote:
Originally Posted by Josef Stubler
I would like to make a quick point here. The material in the galaxies is NOT being thrown outward. Stars in galaxies spiral around the center of the galaxy and are actually being gradually "pulled in" toward the center. Although the big bang can be characterized as an explosion as the universe is expanding -- galaxies are definitely NOT explosions.
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You are right on that to an extent. Explosion in that, once rotation is induced, the mass separates. However, that specifically does not imply just rotation, but torsion fields in their entirety, as several different factors can increase torsion fields, most specifically geometry alone. Essentially if a large torsion field is suddenly present, as in say the big bang, it would suddenly explode outward, and what I mean by explode is that the objects move extremely fast outward from the center point. That is what an explosion essentially is.
However, if torsion fields balance the gravitational field, then the object stays technically perfect constant in rotation. It does not move toward or anyway from the center point it is rotating around. However, if the gravitational field is stronger than the torsion field, it moves toward that center point.
I also discovered today that rotation is induced by the Fibonacci sequence btw. I'll explain that down the road.