Probably 99% consists of voids. Why is this so?
We All know that everything visible and invisible in the Universe is composed of atoms ( does not count, since nobody really knows what it is). Each such particle contains a nucleus and electrons that revolve around it, being associated with the nucleus due to the electromagnetic interaction. However, the nucleus of the atom is so small that if you mentally imagine it stretched to the size of a football field , its nucleus would be the size with only a poppy seed. What atom need much extra space and is it true that our universe consists of 99% of the void?
Despite the fact that most of the atom is empty, its tiny components — electrons, play a very important role in “filling” that void. So, although the electrons in an atom are usually quite a bit, their behavior is akin to a large flock of birds in which the synchronous movement is no any clear boundaries. All we can see in this movement is a chaotic changing of indefinite form. Electrons, is constantly changing its location in the atom, moving strictly according to the equation, which in the XX century first described the famous scientist Erwin . Yes, the same scientist who loved to put quantum experiments on cats.
Dancing inside the atom, electrons can gain and lose energy coming from the outside. That is why the light cannot penetrate through the wall, as the electrons of the atoms of the wall simply take the energy of light, giving her a short period of time. Due to this phenomenon of reception and bestowal of light beside you, the wall appears solid and opaque.
The universe is famous for objects that are able to surprise for its colossal dimensions any earthly skeptic. Thus, the largest object in the investigated part of the Universe recognized by the object called by astronomers the great wall, the Hercules — Corona Borealis. The giant structure extends as much as 10 billion light years and represents a huge amount of collected together galaxies of different shapes and sizes.
Great wall Hercules — Northern Crown extends more than 10 billion light-years
Compared to the gigantic structure, our Solar System is a small dot, lost somewhere far on the edge of the galaxy . Despite this, the gravitational field of our Sun (and not only him, but other stars of the Universe) to several thousand times its own size. Thanks to this wise setup, planets can rotate around the orbits of their stars, not fearing to fly somewhere far away in deep space.
the Movement of electrons in the atom is similar to chaotic movement of birds in the flock.
A Similar situation arises within the atom. The ratio of the electron, the atomic nucleus and the distance between them is very reminiscent of the ratio of the size of celestial bodies and their distances in the macrocosm. In other words, the vast distances inside the atom can shed light on the question of the possible emptiness of the Universe.
If so, then the universe really consists of 99% emptiness, while 1% of all the visible matter known to us creates the world. Despite this incredible fact, all this is a huge “nothing” holds a lot of unseen and unknown forces which, perhaps, we might one day be able to harness.
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