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

Therefore because a black hole would retain this rotational energy at the time of implosion it is possible to use this energy. Because of the much reduced size and infinitely increased gravitational force it would be possible to construct around a black hole a type of generator. The generator would be comprised of two rings. The outer ring would be positioned outside the intense gravity well while the second ring would be positioned just outside of the event horizon.

However, there is an interior tunnel in the Kerr solution of the Einstein Field Equations, but it's unstable. The slightest perturbation would seal it off and convert the tunnel into a physical singularity through which nothing can pass. To prevent this collapse, the interior of the wormhole would have to be constantly monitored and controlled. It could operate by a process known as negative feedback, in which any disturbance in the space-time structure of the wormhole would cause the creation of another disturbance, which would cancel the first. This is the opposite of the familiar positive feedback effect, which leads to the howl from loudspeakers when a microphone, which is connected in to a speaker through an amplifier and is then placed in front of it. In that case, the noise from the speakers goes into the microphone, gets amplified, comes out louder than before, gets amplified, etc... In negative feedback, a computer would analyze the noise traveling from the speakers to the microphone and produce a sound wave with the opposite characteristics from another speaker. The two waves would then destroy one another, producing total silence (Wald, 98). This principle could build a system that sits in the throat of a wormhole and can record the oncoming disturbances. It would then transmit a series of gravitational waves that would cancel out the disturbances before they destroy the wormhole.

This leads us into the idea of time dilation, the phenomenon that time appears to slow down as one approaches the speed of light in the outer spiral of a black hole. Relativity gives that as any object gets closer to the speed of light, time in their field of reference is the same but to anyone moving slower than them, their time appears to grow infinitely slow. That is, if a person where to go toward a black hole, when they entered the spiral particle cloud surrounding a black hole it would appear to a person on earth as if they were stopped. In fact, a person on earth would never see that person reach to center of a black hole because the light that would be required to see him would itself never be able to escape the black hole. If the light were never able to leave the black hole you could never see him enter the black hole.

1. Three most probable energy sources

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,