We live in a black hole, why do we say that?Squeeze the cosmic material together and understand

Our universe is a huge black hole, and we all live in this black hole.

Why is there such a statement? Listen to me slowly. First of all, let's talk about what black holes are. Black holes are an objective celestial body in the universe. There are native black holes formed at the beginning of the universe. Such black holes are usually huge and can dominate a galaxy operation, so we call it. It is a galaxy -level black hole. There are also some black holes formed by the end of the large -quality star evolution. They are much smaller than the former. We call it a star black hole. Whether it is a galaxy -level black hole or a star black hole, their strength is very powerful. Because the quality of itself is huge, the material continues to collapse to the center, and eventually forms a point with infinite density and infinite volume. We call it a wonderful point.

No one has seen the strange point, and there will be no future, because the strong gravity of the strange point makes a very powerful gravity space around. In this space, the speed of escape exceeds the speed of light, and even light cannot escape from it from it. So this forms a completely invisible space, we call it the "Swanas radius".

How big is the radius of a black hole? This depends on how high the quality of the black hole is. Therefore, in the process of devouring the substance, the Swana radius will also increase. Now we understand what black holes are, so why do we say that the universe we live is a black hole? Our universe is generally composed of two parts, that is, space and material, and space is obviously much more material than material, because the universe is extremely empty.

As a star system, the solar system is relatively lively in the universe, but the real solar system is not the same as what we see on the picture.

In the picture, the entire solar system can be drawn on a picture, but this is not the real proportion. If it is drawn according to the real proportion, assume that the distance between the earth and the sun in the picture is 1 cm, then the exterior of the solar system will be drawn to draw until Go 28 cm away. The solar system is still so empty, outside the solar system, outside the galaxy, especially the open area between galaxies and galaxies, except for darkness, almost nothing. So, what would happen if we squeezed all the substances in the universe? How big will this material be? The answer may be beyond your imagination, because just a place between the earth and the moon is enough to install all the substances in the solar system.

Of course, what we said to squeeze all the substances in the universe is not simply putting all the celestial bodies on one piece, but to let them really squeeze together from the micro level.

What is the material consisting of? atom. Hydrogen atoms form a hydrogen, and iron atoms form iron, but atoms are not the smallest unit of material, because atoms are composed of atomic nucleus and nuclear electrons. However, don't think that the atoms are very compact, how empty the universe is, how empty it is. If the atom is metaphorized to the Forbidden City, then the nucleus is an apple in the center of the Forbidden City, and the electron is a few dusts wandering in the Forbidden City. So really squeezing together is not only for the macro level, but also to eliminate this openness at the micro level. Is this possible? Maybe, as long as there is enough power.

When a star fuel with a mass of 8 to 30 times the mass is exhausted, the radiation expansion voltage of the outward is lost, and the material collapses sharply under the gravity of the center.

This force is very powerful. Under the pressure, the electrons from the periphery of the atomic nucleus will be squeezed into the inner nucleus. At this time, the electronics will be combined with the proton in the nucleus in the nucleus to form a neutron. All material will be used in this kind of material. The form is decomposed into a neutron state and is closely next to it. This is the neutron substance, and the celestial body composed of neutron substances is the neutron star. If we gather all the substances of the entire universe, the situation will be different, because the quality is too great, far exceeding Obonhammer's limit, and it is difficult for neutron state to be maintained at this time. The form of the basic particles and collapsed infinitely to the center, so a giant black hole was generated.

How big is the radius of its Swaras?

To calculate its Swana radius, we only need to know the quality of this black hole. The quality of this black hole is the quality of the entire universe, and the quality of the entire universe has no uniform data for the time being, but there is a "Wolframalpha" The reference data provided can be observed to observe the quality of the universe with 3.4x10∧54 kg, and the Swanis radi radius calculated based on this is 48.67 billion light years. Have you found something interesting? The radius of observation of the universe is 46.5 billion light years, that is, the black hole history of the black hole in the quality of the observable universe is so close to the radius of the observed universe. Now you understand why we all say that we all live in life. "In a black hole".

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