A black hole is a region of space where gravity is so strong that it pulls any object, even light, towards itself and absorbs it. If anything goes near a black hole, it is almost impossible for it to escape from it. Let us tell you today in this article what happens to the stars which get absorbed in the black hole.
First understand how a black hole is formed
When a massive star explodes as a supernova, it releases a lot of energy. After this explosion, the outer part of the star expands into space, while the inner part forms a black hole due to heavy pressure and density. This process happens so fast that shortly after the explosion the physical form of the star completely disappears and it turns into a black hole. Stars collapse
When stars approach black holes, what happens to them is a big question. In fact, the gravity of the black hole is so powerful that it absorbs everything that comes near it. Be it light or a planet or a star. When this event occurs it is called event horizon. When stars approach a black hole, their outer part is first pulled by the black hole and this process forms a disk, called "accretion disk" It is called.
What happens after this
As the star gets pulled towards the black hole, the star’s material begins to revolve around the black hole. Apparently, it becomes extremely hot and produces powerful radiation. This radiation can be in the form of X-rays and gamma rays, which spread in space. Later, by doing research on this radiation, scientists obtain important information about the black hole and the environment around it.
What happens in the end?
< p>Actually, as soon as the star’s matter gets absorbed into the black hole, its physical appearance ceases. Scientifically speaking, once an object crosses the event horizon, it cannot be brought back. This process makes us wonder whether matter and energy really have an end or whether they are transformed into some other form. To put it in simple language, till date scientists have not been able to know what happens to the thing that goes into the black hole.
