Solar system / Alternative theories

Planets of Kuiper belt

The Kuiper belt is the most remote specific level, on which all planets are dwarfish. Some of them have satellites.

The orbits of some trans-Neptunian objects are considerably inclined and elongated. Probably, this level of SS is marginal. Recently a large number of different objects are discovered here. More and more new objects are being discovered in the Kuiper belt. The largest objects are given in Table 5.

If we again turn to the structure of atoms, then according to the periodic table there can not be more than 8 electrons at the last level. There are much more objects in the Kuiper belt. Even if we select only the largest objects, they are more than 8. Consequently, some of them do not belong to the SS. Orc and Ixion can be the "captured" planets, because their orbits are close to the orbit of Pluto. Judging by the number of planets, the final level of filled. Eris stands out among the other planets of Table 5. Its orbit is strongly elongated and inclined. The disk radius of the SS is about 53 AU. Eris goes beyond SS limits to 44.5 AU. Perhaps, this is the last planet of the SS. In the micro world the bonds between atoms are accomplished by the overlapping of orbits of the last electrons. This can explain the elongation of the Eris orbit.

Which atom the Solar System correspond to?

Presumably, there are 5 energy levels in the SS. Mercury and Venus can be 2s-type satellites of the 1st level. They have no satellites.

At the 2nd level the 2s-type planets are Earth and Mars. At this level 6 electrons of p-type must be, perhaps, these are comets. In a classical case, they have the shape of 8 and a similar form of the orbit. Earth has the Moon, Mars has Phobos and Deimos. These satellites don't correspond to p-type's characteristics. This serves as another confirmation, that the Moon does't belong to SS and has come from space.

At the 3rd level the 2s-type satellites are the destroyed Phaeton and Jupiter. At this level 6p+10d-types satellites may exist also. Jupiter has much more satellites. Or it is not the 3rd, but the 4th level, or a part of satellites captured or shattered.

At the 4th level there may be: 2s+6p+10d+14f=32 electrons, where 2s are, perhaps, Saturn and Uranus. Even without the moons and the destroyed satellites the objects at this level are much more, than it may be.

At the 5th level 2s satellites are Pluto and Eris, though their orbits are not circular.

A more detailed classification is difficult, because SS has a large number of the captured and destroyed satellites.

So the SS, from the point of view of atomic structure, can match some elements of the 5th period of the periodic table. Insufficient knowledge of the Kuiper belt makes it impossible to determine which objects are owned by the SS. In any case, they are more than 8. Presumably, the last level is full. Such structure corresponds to atom Xenon– the 54th element of the Mendeleev's table.

If we assume, that Jupiter belongs to the 4th level (given the large number of satellites), then a small planet Lara was destroyed on 36 million km orbit. Then the SS matches some element of the 6th period of the Mendeleev's table The SS is so old, that even the number of levels is difficult to determine.

Birth and death of the stars (hypothesis)

On the basis of the analogy between Macro and Micro worlds every stellar system is an atom of some substance. The core of an atom (a star in Macrocosm) consists of neutrons and positively charged protons. Proceeding from this, perhaps, a neutron splits into a proton and an electron. Perhaps, the process of formation of a stellar system is an explosion. In this case, the neutron splits and shoots the satellite (electron) into a strictly defined orbit. Presumably, before the splitting, the neutrons do not burn. After explosion, the protons and neutrons become a star. The planets-electrons, at the moment of origin, are fiery spheres with very fast rotation. In the course of gradual cooling a solid crust is formed from the magma. At first, it was very thin, and then it becomes thicker. The older is the planet, the thicker is its crust and the inner magma becomes smaller. Rotation slows down. Satellites (electrons) of non-planetary type p, d, f (comets and others) have relatively small sizes, in comparison with planets. After cooling they become completely solid bodies (without internal magma). The "shooting" of satellites to orbits occurs according to strictly defined laws. The explosion is a primary force, which initiates a movement of all the elements of a stellar system.

Everything, that was born is doomed to death, including the stars. There are several videos in the Internet under the name "Supernova". However, stars in video are not born, but die. Two types of stellar catastrophe can be distinguished:

– destruction of the star shell, with the core and spherical shape remaining intact;

– nuclear explosion, complete destruction of the star, its core and shell.

Of the first case, video ^[13] in a few seconds a shell of a star "boils up". Its volume quickly and significantly increases. Initially the red color is replaced by white-blue. The spherical shape is preserved, perhaps, by saving the integrity of the core. One can assume, that the rotation speed of the star increases. Probably, the gas planets were destroyed in a similar way.