to bounce off to indicate their existence to an observer, therefor the black hole appears as a void in space. Closing in on the edge of the event horizon, light travels back to an observer at a slower and slower rate, until it finally becomes invisible. This is due to heavy gravity and the effect that a black hole has on time (Bunn, Black Holes FAQ). According to Einstein's "General Theory of Relativity", time is not a constant (Hawking, 86). Time is relative to an observer and his or her environment (Hawking, 86). It has been proven that time moves slower at higher speeds (Hawking, 86). An experiment was conducted in which two synchronized atomic clocks were used. One was placed in a jet and flown around the Earth at three times the speed of sound, while the other was left stationary, on the ground (Hawking, 22). When the jet landed and the clocks were compared, the one in the jet displayed an earlier time. This leads to the reasoning that time is just as volatile as light or dirt. In cosmology, a singularity is an event or point that has a future or a past, but not both (Hawking, 49). In human life, death would be considered a singularity. A black hole is also considered a singularity. If an object crosses the event horizon of a black hole, it relatively ceases to exist, it has no future (Hawking, 88). Absolutely nothing in the known universe can survive in or escape from a black hole, so it can be said logically that time is stopped within the event horizon. The only way for an object to escape this fate would be for a strange anomaly to occur in the fabric of space, caused by a theoretically different type of black hole.If the mathematics that describe a black hole are reversed, the outcome is an object called a white hole (Bunn, Black Holes FAQ). As the complete opposite of a black hole, a white hole is an object into which nothing can fall and objects are only spit out (Bunn, Black Holes FAQ). At this point, white holes are stri...
