Black holes, which cannot be emitted even by light due to high gravity, have always amazed the scientific community. Assoc in Physics According to Professors Leo Rodriguez and Shanshan Rodriguez. They also explain what would happen if man ever descended into the black hole.
Although there are many different types of black holes in the universe, they can be divided into two main categories. They have a non-rotating positive or negative charge that weighs almost as much as the sun. The second group weighs millions or billions of times more than the Sun. There is a huge difference not only in weight but also in the total area of such black holes.
Reaching the event horizon or event horizon of black holes means that even light has no return. Any object that reaches this region disappears irreversibly from the universe. Even the fastest moving light in the universe has no escape from this grip.
The incidence horizon of black holes as heavy as the Sun is only about 3.2 km. At the same time, the incidence horizon of large black holes is 1.17 crore km. Assuming that a human falls into a black hole as heavy as the sun, if the head were to reach the black hole first, the difference between the head and the toes would be 1000 billion times the amount that the black hole would pull. This is effectively dragging man down.
Many of the black holes found in the universe are surrounded by high-temperature dust and gases. This makes access to the black hole even more impractical. Suppose a black hole with no stars or planets is found near the less dangerous one. In the current situation, it is only conceivable that man would go to black holes that emit nothing, including light. Thus Leo Rodriguez and Shanshan Rodriguez remind us that even if a man were to go into a black hole, he would not find and experience any information coming out of the black hole.