The Black Holes - Research Paper Example

In circumstances where the neutron star is extremely large, the 0forces of gravity outweigh the pressure gradient and this leads to a collapse. Such a neutron star collapses and shrinks until it finally turns out into a black hole. On such a scientific basis, this paper seeks to explain the properties, concepts, and space-time phenomena underpinning concept of the black hole formation. There are different types of black holes. The most common ones are; charged, rotating, supermassive, and static (Schwarzschild 150).

Importantly, these four types of black holes are made up of the same fundamental elements; the singularity, the photon sphere, and the event horizon. However, the rotating black hole has an ergosphere which is a combination of two photon spheres. An interesting property about a black hole underlies the absorption of light and any other matter. Electromagnetic light once absorbed by a black hole cannot be reflected back. This originates from the most defining quality of a black hole which regards its emission of gravitational waves.

A black hole emits strong gravitational waves that cause light to bend towards it (Schwarzschild 120). As suggested by Green (145), gravitational waves are disturbances in space-time curvature that are caused by the motion of matter. Being transmitted to a speed close to that of light, gravitational waves do not propagate through space-time. Even though gravitational waves travel straight through matter, the strength associated with them reduces as the distance from the initial source increases.

As noted by Hengel (103), most black holes tend to be in a steady spinning motion as a consequence of the gravitational waves. It is this steady motion that absorbs matter and rotates it within the ring (the event zone) that is usually formed around the black hole. Such