Black hole in space is an extremely dense matter. It is usually a collapsed star and its gravity is so powerful that its escape velocity exceeds the speed of light. In its absence, is considered to be more than the speed of light. It is also impossible for anything to break up a black hole.  A simple way to understand this concept is that of a vacuum cleaner. Black hole simply stays clean of debris in outer space. The difference is that in vacuum cleaner, suction power forces objects into the hole. But its suction is not strong enough. Instead, a black hole, use a powerful force of gravity to pull things towards it. The three main types of black hole are miniature, star quality, and very large scale. All three types of power and strength are amazing to understand.

It is believed that the power of the black hole towards distant objects is same as any other object. For example, if our sun mysteriously shattered, until it became the size of a mile. It will become a black hole. Nevertheless, the Milky Way the Earth and other planets will remain in the same orbit. This is understandable, but many of these problems still seem mysterious. How can narrow hole, but still managed to keep the same amount of quality? When a star become “flattening” the size of an atom, its gravity becomes more powerful. Gravity can become so great that nothing, including light can pull in. Supernova is called the singularity, which means “the most star crushed.” Something too close to the singularity, it will start to fall into its grasp.

The supernova is not visible from Earth. Astronomers may find that it is their existence, near the black hole by measuring the impact of the object. These effects include many objects around the hole. Some of these effects are:

• The core range of the object
• The result of gravitational lensing
• Black holes and the release of radiation or spiral
• Large-scale estimates

By investigating the behaviour of these objects, the existence of black holes can be found. You can then use the object’s motion measurements, calculate its mass. In addition, Einstein’s general relativity predicts that gravity can bend space. It was verified many years later in the solar eclipse, is visible stellar transfer, when it is the sun’s gravitational light bending. Thus, a huge attraction between the Earth and another object, it is possible bending of light from distant objects into a focus, similar to the camera lens. Finally, when the material is into a hole from the companion star, it gets heated to millions of degrees. Overheating of the starting material, X-rays, X-ray telescope, the release of radiation can be detected. With this information, the black hole is one of the most fascinating part of our universe.

Although, humans cannot see the supernova, there is indisputable, indirect evidence of their existence. Since the stability of the object has not been proved that it is consumed by a black hole, many people have their own beliefs of what happened. This is crucial to remember that holes are not cosmic vacuum cleaners. They will not consume everything. Equally important is to know the black hole gravity is behind the strange power consumption.