Black holes do not possess infinite mass; rather, they have a finite mass concentrated at a singularity, which is theorized to have zero volume. This leads to the misconception of infinite density, as the mass is distributed over a non-zero volume in physical reality. The Schwarzschild black hole represents a vacuum solution to the Einstein field equations outside the event horizon, and the idea that the universe orbits a black hole is incorrect. Singularities, while prevalent in mathematical models, are believed not to occur in nature.
PREREQUISITESAstronomers, physicists, students of theoretical physics, and anyone interested in the nature of black holes and the fundamental laws of the universe.
kapoor_kapoor said:Do the black holes have infinite mass?
Who says they do? In some sense, the mass would all be concentrated at ##r = 0##, but within the event horizon, the radial coordinate is time-like so it does not really correspond to a distance inside the black hole. Outside of ##r = 0##, the Schwarzschild black hole corresponds to a vacuum solution to the Einstein field equations.kapoor_kapoor said:If no then how can they have infinite density?
No. This is not how the Universe works.kapoor_kapoor said:Can we suppose that all the universe is orbiting a black hole (as heaviest masses bend the space time most) and loosing energy at some rate ?
No, and a quick google search would have given the same answer.kapoor_kapoor said:Do the black holes have infinite mass?
If there is a singularity in the center as general relativity predicts, it has zero volume but a finite mass.kapoor_kapoor said:If no then how can they have infinite density?
No we cannot, that does not make sense.kapoor_kapoor said:Can we suppose that all the universe is orbiting a black hole (as heaviest masses bend the space time most) and loosing energy at some rate ?