- #1
Elizabeth90125
- 1
- 0
I need some smart people to explain to me why this idea I have, doesn't work. It's impossible for me to believe others have not thought it, since it's so obvious. What if spacetime is slipping backwards at the black hole at the center of every galaxy? So like a helicopter with no rotar, spacetime slips backwards against the spin of the black hole, which has become unpinned to spacetime by virture of it's infinite gravity at the singularity. With no spacetime solidly anchored to the black hole, it exerts a force on spacetime outside the event horizon. In this way, the stars at the center of galaxies are not going the same speed as those orbiting on the outside edge of the galaxy. Because spacetime is going backwards, they are actually going a much greater distance than we see, meaning they are going faster than they appear. The amount of spacetime slippage breaks away with respect to mass and distance so the stars on the very outside edge of the galaxy are not slipping at all.
What is the reason, this can't be the case?
Elizabeth
What is the reason, this can't be the case?
Elizabeth