User:Erisado/sandbox

I was reading an article that describes an observation where we were able to measure the spinning speed of a black hole. I was thinking that since we were able to measure the spinning speed of the black hole we could also be able to measure the increasing speed of the black hole when something falls in. Since we know the mass of the black hole previously and the mass of the matter falling in, we could calculate the radial dispersion of mass inside the black hole by calculating the change in the impulse of the system and the change in speed of the black hole. If we now the radial dispersion of mass inside the black hole we would which of the current theories like "spaghettifation or holographic black hole or Stephen hawking black hole model" we could rule out because we would now where the matter inside the black holes sits in, in the center of the black hole around the event horizon or it is distributed evenly inside the event horizon of the black hole.