So we don't know what happens inside a black hole, but it is believed that there is concentrated matter inside it, which is what produces the intense gravitational field.
1: is matter necessary to maintain a gravitational field? So how do you explain dark matter?
2: the accelerated expansion of the universe moves the galaxies away from each other and soon it will also move everything away into the interior of a galaxy, then would not this mean that it would also affect a black hole, making it lose its mass?
3: According to hawking radiation, the smaller a black hole is, the faster it will lose energy conservation, why does this happen?
4: when a black hole dies it will release all that matter inside it, many believe that they will do so in the form of gamma rays, but what will happen to all that matter?
1: is matter necessary to maintain a gravitational field? So how do you explain dark matter?
2: the accelerated expansion of the universe moves the galaxies away from each other and soon it will also move everything away into the interior of a galaxy, then would not this mean that it would also affect a black hole, making it lose its mass?
3: According to hawking radiation, the smaller a black hole is, the faster it will lose energy conservation, why does this happen?
4: when a black hole dies it will release all that matter inside it, many believe that they will do so in the form of gamma rays, but what will happen to all that matter?
