is so diverse and unique, and it interests us to learn about all the variance that lies beyond our grasp. Within this marvel of

wonders, our universe holds a mystery that is very difficult to understand because of the complications that arise when trying to

examine and explore the principles of space. That mystery happens to be that of the ever elusive, black hole. This essay will

hopefully give you the knowledge and understanding of the concepts, properties, and processes involved with the space

phenomenon of the black hole. It will describe how a black hole is generally formed, how it functions, and the effects it has on

the universe. By definition, a black hole is a region where matter collapses to infinite density, and where, as a result, the

curvature of space-time is extreme. Moreover, the intense gravitational field of the black hole prevents any light or other

electromagnetic radiation from escaping. But where lies the “point of no return” at which any matter or energy is doomed to

disappear from the visible universe? The black hole’s surface is known as the

there is no real evidence for the existence of primordial black holes, there may still be some of them, evaporating at this very

conceivable that in the extremely hot and dense very early universe, small lumps of overdense matter collapsed to form tiny

evidence was presented when American researchers observed a binary pulsar system that was thought to consist of two

real, and can now escape the black hole. Therefore, mass and energy are lost; they must come from someplace, and the only

tons on Earth. As heavy as neutron stars are, they too can only contract so far. This is because, as crushed as they are, the

devices. Just recently a major discovery was found with the help of a device known as The Hubble Telescope. This telescope

seems that as we get closer to solving their existence and functions, we only end up with more and more questions. Although

Some topics in this essay:
Quantum Gravity, Theory Relativity, Stephen Hawking, Black Holes, Hubble Telescope, Hartland Snyder, black hole, Kurt Schwarzschild, Cygnus X1, black holes, gravitational waves, cauchy horizon, event horizon, gravitational pull, matter energy, rotating black hole, Field Equations, hole mass, rotating black, black hole mass, Robert Oppenheimer, waves black, black hole black, matter event horizon, temperature inversely proportional,