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What if black holes are other universes?
A theory that reviews some similarities between our universe and the black holes.
The universe expands so fast that even if we would travel in speed of light, we would not be able to sail on the edge on of it. There is no way to get out from our universe as there is not way out from black holes.
What if the universe does not expand, but the space time bends more at the edge of it so that the time slows down. In the edge, we reach to a point where the time stops and we can never go fast enough to pass the edge of the universe.
We don’t know what is happening inside the black holes. But we know what is happening at the outside of it. One of the knowledge that we gathered from outside of the black holes is light can not escape from its gravity.
Let’s assume that the gravity inside the black holes is not homogeneous but close to homogeneous when compared to the gravity that is outside of the black hole.
dGravity(i1)/dGravity(i2) is smaller than dGravity (i1)/dGravity (o1) where “i" refers to inside and “o” refers to outside.
But, because the gravitational difference between outside and inside is high, space time bends so much that the light cannot pass that difference. But light can move around in the black hole because the gravitational difference is…
