Microscopic Black hole question
If a microscopic black hole colided with a supermassive object, much larger and massive that it was what would happen?
There are more questions to this ... but here is what I am thinking.
Lets say there was an object that was almost a black hole in density but not quite.
If that collided with a much more massive object it would just combine with the massive objects mass and that is it.
However it seems that if it becomes a black hole then all of a sudden it is magical and has magical properties.
In reality this object is really just a dense object that has very unique properties because of the amount it warps space time.
Near a much more massive object however wouldnt the more massive object have an equal amount of attractive force? Couldnt a very massive object disinigrate a microscopic black hole? The energy/mass of a microscopic black hole shouldnt have an effect on a massive object.
Say on the surface of the sun if a microscopic black hole was created I would think the gravity there should be able to disinigrate something that was almost a black hole ( denser than the sun but not dense enough to curve space more than the speed of light ) and something that was a black hole.
When you add the mass of the sun to the mass of a microscopic black hole and then take the volume of the sun the combined densities would not be enough to create a state that would be a black hole would it?
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