Do you think black holes eat up matter but once they get to a certain point then they make new galaxies?

Answer 1

Not according to Einstein. According to the laws of Relativity, matter is compressed to a singularity, a point of infinite density and no physical dimension. Unfortunately, the laws break down, and what we really need is a unified theory between quantum mechanics and relativity. Right now, the two most important theories of Physics are incompatible. It is even possible that the singularity enters a larger "Multiverse", containing an infinite number of universes.

However, and unfortunately, nothing in the physics suggests a black hole is a tunnel to anothe point in our universe. Nor does it create matter. No matter how much matter it eats, no matter how large the event horizon gets, in our universe all mass is infinitely compressed with 0 volume at the exact center of the hole.

Answer 2

I tend to think that a blackhole acts like a drip of water from a moist surface. When enough material builds up it sags and the bigger the sag the bigger the pull. There will be a point where the drop begins to form and stretches away from the moist surface and breaks away once the surface tension breaks. Then it will reverse itself and the place where the drop once was disapears and fades away just as a black hole does,

Just a black hole takes billions of year to take place. Watch a water droplet form on a moist surface in slow motion and see how it acts like a black hole.

Answer 3

No, because the blackhole breaks down matter to singularity. It would have to be a creative power on the other "end" in order to reconstittue any piece of matter close to itself.

Although if you are an evolutionist it would be weird and hypocritical for you to not believe that something so descrutive could create something knew. Chaos to order afterall is what evolutionary theory is all about.

Answer 4

As black holes consume and assimilate, they become mightier and more gluttonous. Meaning that the gravitational pull gets so strong that not even light can escape it, thus the formation of a galaxy would be impossible.