Ideal body movement within density field of mother body
Ideal Body moves towards center of mother body(CMB)
With previous posts it was proven, when an ideal body (which has material layers around it with increasing densities towards its center) moves in the density field (which may be one of density layers around an ideal mother body) the body outer layer adjusts to the surrounding density field by equating its outer layer density to the mother body density field (DF).
When this ideal body moves to inner layers of mother body, it loses its low density outer layers to make itself eligible to exist increased density field of mother body.
When a two body system moves towards increasing density field or towards center of mother body (CMB), that system sacrifice their common density layers in-order to move towards CMB. By doing so, they reduce their occupancy volume within mother body volume. When this two body system, further moves towards CMB, at certain stage this system may loose all the common layers and the individual bodies in this two body system are no more bound by common layers and they make individual contact boundaries with mother body density field. These two bodies may act differently after this differentiation.
When this 1st order mother body system(1oMB) along with its two just differentiated moons, travel inside its mother body field, the 2nd order mother body (2oMB), this system too act in the same discussed in above section. When 1oMB move inside increasing 2oMB's density field (towards Center of 2oMB), at one stage, the moons of 1oMB may no longer travel along with 1oMB and they detach with 1oMB, become independent of 1oMB and become moons of 2oMB. In this case, the two moons of 1oMB and 1oMB become three moons of 2oMB.
Ideal Body moves away from CMB
The opposite is true when a body (Ideal) moves away from the CMB. In such scenario, the body acquires material layers from the mother body material layers in order to maintain the equal density at event horizon. By doing so, the body gains new material or new layers and new volume. If this body which is traveling away from CMB happens to be the 1oMB discussed in above section, which has just lost its moons to 2oMB; this 1oMB may regain its lost moons within its newly acquired density layers. In this way, the moons of 2oMB become moons of 1oMB. We may call this process as formation of 1oMB planetary system.
Formation of planetary systems
When the Solar system moves towards the CMB of Milky-way, Solar system may lose its outer layers and sometimes outer planets too. If Solar system happens to move away from CMB of Milky-way, then the solar system may attract, new planets, or some of common planets to Milky-way and Solar system may become planets to only Solar system. This way, how and why different celestial bodies move as they do can be deduced.
What could be the Origin of Solar System?
Solar system origins are associated with the movement of Milky-way(MW) in its mother body's density field (MBDF). When MW moves towards CMB of its MB, the numerous star systems of MW in the outer layers starts to either come closer by losing their outer layers or outer planets or get themselves out of MW and become independent Star systems inside MBDF of MW.
If 'early scenario of single Sun and later it was attached with planets of solar system as we see today' is termed as formation of Solar system, then it is very simple to explain the formation of Solar system.
Solar system must be formed, while MW was moving away from its CMB. MW must be expanding, as it was acquiring low density materials and the star, planet and moon systems from the low DF of mother body of MW. While doing so, inner layer star systems of MW too start expanding and acquiring low density material from immediate layers of MW. If Sun was assumed as single without any planet attached at initial stage, then with movement of MW towards low DF of its MB, Sun would have acquired, first its inner layer planets and subsequently the outer layer planets. During this process itself the planets in the solar system would have acquired the moons they presently have.
This way we can best explain the formation of Solar system.
