This only happens naturally with extremely massive stars because it needs enough force pulling inwards from the gravity to break the strong and weak forces in an atom. The mass can then compress to less than a millionth of its previous size because most of the space in an atom or molecule is empty. When this happens a singularity is formed, this is the incredible massive center of a black hole.

When a star collapses its mass determines what radius the black hole will have. This radius called the Schwarzschild radius and is given by:

Where r is the Schwarzschild radius, G is the gravity on the surface of the st

Some topics in this essay:
Mass Energy, Rotational Energy, Black Holes, Schwarzschild Radius, Morris Thorne, Hole Intriguingly, Field Equations, IV Conclusion, Holes Black, black hole, Einstein-Rosen Bridges, black holes, kerr black, event horizon, schwarzschild radius, white hole, speed light, kerr black hole, hole black, hole black hole, rotational energy, matter energy, black hole black, black hole pull, enter black hole,