IntroductionBlack holes are incredible processes that occur in space and are capable of crushing anything unlucky enough to cross paths with them. Black holes have attracted the attention of millions of people around the world due to their incredible strength and the fact that so much is still known about them. Theories about possible outcomes from traveling to a black hole have been used in many science fiction stories, but what we think of as science fiction may actually exist. Since black holes are beyond our reach and even difficult for our greatest minds to understand, what happens inside them may simply remain science fiction. The more we learn about black holes, the more questions we ask. Wormholes are another spectacle of the universe thought to be found inside black holes, but they are simply a theory and may or may not exist. Wormholes could be the way we could finally accomplish many things that have been heavily sought after for years. One of the many advances that could come from wormholes is that they have the potential to finally allow us to perform time travel, leaving us to wonder what we could do if wormholes really existed. Black holes and wormholes are shrouded in mystery, but what are they really capable of? They are but one of the many astonishing wonders of the Marlow 2 galaxy, but we may never find the answers we are looking for. The birth and structure of black holes Since one of the requirements for a black hole is dense mass, it is natural that they arise from the death of a star. Stars go through a process called nuclear fusion which is what causes the production of energy which results in light. The nuclear fusion process uses hydrogen as fuel to keep the stars at the center of the paper. The edge of infinity: supermassive black holes in the universe. Cambridge: Cambridge UP, 2003. Print.Hawking, Stephen. Hawking on the Big Bang and black holes. Singapore: World Scientific, 1993. Print.Scharr, Jillian. "Wormhole is the best solution for Time Machine." LiveScience.com. Livescience, August 25, 2013. Web. November 30, 2013 Ravi, Vikram, and Ryan Shannon “When galaxies collide: the growth of supermassive black holes (Op-Ed).” LiveScience.com 2013. Web. November 30, 2013.Begelman, Mitchell C. and Martin J. Rees Fatal Attraction: Black Holes in the Universe New York: Scientific American Library, 1996. Print.Frolov, Valeri P., and Andrei Zelnikov. Introduction to the physics of black holes. Oxford: Oxford UP, USA, 2011. Print.Anderson, David L. “Wormhole Time Travel".. 2013.