FORMATION OF PLANETS IN THE SOLAR SYSTEM

FORMATION OF PLANETS IN THE SOLAR SYSTEM

There are many hypotheses of origin and formation of planets of the solar system. Let’s take a close look on one of them, as it is the closest to reality. It was proposed by the Soviet scientist, Academician Vasily Fesenko. He suggested that the planets may have “solar origin”.

Everything is correctly. Planets are formed from material ejected by the star during its heating by radioactive decay of heavy chemical elements in its composition.

Giant planets differ from the terrestrial planets only by their huge thick atmosphere. Under the atmosphere there must exist as solids planets, like the terrestrial planets.

Terrestrial planets are the product of Sun’s ejection in a cooled down state as compared with the earlier and hotter state when there was an ejection of substance “for” giant planets. The earlier Sun contained a greater number of heavy elements. Consequently, the substance from which the giant planets formed contained more of heavy elements. Therefore, radioactive decay processes in the bowels of giant planets were more intense. As a result, they have accumulated more “energy”" – i.e. have warmed stronger. Therefore, their chemical elements are in a sparse state of aggregation.

Terrestrial planets formed from material ejected by the Sun in the later periods of its existence. By then the Sun had already lost much of its heavy chemical elements - the source of “energy” - radioactively decayed to lighter elements. Therefore, the substance of the terrestrial planets was less rich in heavy elements compared with the material “for” giant planets. Hence - the lower intensity of the radioactive decay processes in terrestrial planets and less amount of accumulated “energy”. And therefore there is a more dense aggregate state.

All planets are heated and cooled simultaneously.

They are heated due to emission of “energy” in the process of radioactive decay of heavy elements. And due to getting of the “energy” emitted by a star into the cosmic space.

Planets are cooled for the same reason that all other celestial objects - due to radiation of “energy” into space.

Radius of all planets increases toward the equator and decreases to the poles. And the gravitational field decreases to the equator and increases to the poles. The reason is the additional heating of chemical elements caused by the “energy” obtained from the Sun. Solar “energy” integrates into the “voids” in elements, leading to additional shielding of nuclei of elements and reducing their mass. Reducing the mass of the body - is increasing its Force of Attraction and decrease of the Force of Repulsion. That's why closer to the equator the planet more “swells” and its gravitational field (Power of Attraction) is less.

Not only the planets, but also all other celestial bodies are heated and cooled simultaneously.

Planets are always younger than stars. Stars are younger than galactic nuclei. Galactic nuclei - than Nuclei of Supergalaxy. Supergalaxy nuclei - than the Central Celestial Body of the Universe. More ancient celestial bodies since the beginning of their existence are heated more than the younger, since in their structure there were still a lot of heavy chemical elements that do not have time to dissolve.

Radioactive decay processes in the Sun proceed more intensively than in any other celestial body in our solar system.

Initially, after separation from the Nucleus of the Galaxy our solar system was one body. Planets did not exist. This body revolved around the Galactic Nucleus on interior galactic orbits. This body - a unified body of the solar system received the emission from the Galactic Nucleus, caused by occurring processes of radioactive decay. These processes take place there and now.

Stars are born due to the volcanic activity in the Nuclei of Galaxies, planets – are caused by the volcanic activity in the bowels of stars. Nuclei of galaxies are born from nuclei of supergalaxies. However, moons orbiting planets are not the product of volcanic activity of planets. They represent the ejections from stars.

The sun is the major primary source of “light” in our solar system. In the depths of the Moon the processes of radioactive decay are still weak and the whole liberated “energy” is absorbed by its own chemical elements. Therefore, the Moon shines by reflected and transmitted solar “light”.