In the universe of an asteroid

The largest sample of the meaning of the universe to understand its origins and the Big-Bang theory are asteroids, in the sense that they keep a lot of information, since it is a rocky celestial body, smaller than a planet and larger than a meteoroid. Most orbit between Mars and Jupiter, in the region of the solar system known as the asteroid belt, but not everything ends at this point, but also these celestial bodies with solid characteristics that orbit around the Sun, several scientists have managed to document thanks to the use of technology, where by the action of the gravitational force of a planet it makes it possible to convert them into small satellites, which is what makes celestial bodies so interesting and is that they formed from clouds of dust and gas, that they were condensing, that's why it gives a meaning to the Big-Bang theory.

Se asume la siguiente postura sobre su origines proviene durante la formación de nuestro Sistema Solar hace 4.500 a 4.600 millones de años con características tan propias de formación rocosas de formas circulares, que a su vez son irregulares en las que puede cubrir cientos de kilómetros de longitud, tambie. Se encuentra de tamaño más pequeños, algunos de ello tiene arcilla, hierro, nitrógeno, níquel y otro metales, hay que tener claro que los asteroides nunca tuvieron la oportunidad de ser incorporados a los planetas, por que se consideran forman partes de restos de ese tiempo lejano cuando los planetas se formaron, es por ello que son de formas dentadas y irregulares, también existe otra zona con una gran cantidad de estos cuerpos rocosos, llamado Cinturón Kuiper, que se extiende más allá de la órbita de Neptuno.

The following position on its origins is assumed, it comes from the formation of our Solar System 4,500 to 4,600 million years ago, with characteristics so characteristic of rock formation of circular shapes, which in turn are irregular, in which it can cover hundreds of kilometers long, too. It is smaller in size, some of it has clay, iron, nitrogen, nickel and other metals, it must be clear that asteroids never had the opportunity to be incorporated into planets, because they are considered to be parts of remains of that distant time when the planets formed, that is why they are jagged and irregular, there is also another area with a large number of these rocky bodies, called the Kuiper Belt, which extends beyond the orbit of Neptune.

Another great contribution to science is also due to the Galileo probe en route to Jupiter, which took the first photographs close to an asteroid on October 29, 1991, during the flyby of the asteroid Gaspra, which served as the basis for supporting son a class of NEOs whose minimum orbital intersection distance from Earth is 0.05 ua or less, thanks to the asteroid's cataloging with one of its foundation objectives to design and build a most hidden asteroid search space telescope in the infinite universe.