Sub-Theories of Concengation Theory

Sub-theory No. 8 (31/8/2016)

When a smaller star, more quenched or dying, or a planet or a moon is migrating to the host star which is also in quenching state in this case, its materials spew into the host star, thus rekindles it like a young star, there is no such thing as new star forming in the universe at our galaxy's time.

Sub-theory No. 9 (31/8/2016)

For Jupiter, its inner core plus outer core has a total radius of 15000 km and mean density about 10 g/cm^3, for its mantle from 15000 km to 60000 km has a mean density of 1.1 g/cm^3, for the terrestrial crust land from 60000 km to 65000 km has a mean density of about 3.0 g/cm^3, for the atmosphere from 65000 km to about 70000 km has a mean density of about 0.1 g/cm^3, the radii and densities can be varied accordingly to fit the theory, it only needs a density of 1.8 g/cm^3 for terrestrial moons, yeah! Jupiter terrestrial planet is going to be true.

Sub-theory No. 10 (1/9/2016)

Like all stars, the sun, all planets and all spherical moons, Ceres has a solid magnetic core.

Sub-theory No. 11 (1/9/2016)

Similar to those on the Moon, other planets and moons, smaller but conspicuous craters are seen over the larger craters with obscure rims, because different scales of bombardments were taken place at different time frames during the terrestrial transforming from molten state into completely solid state.

Sub-theory No. 12 (1/9/2016)

There are three factors to explain ice caps formed at the north and south poles, other than the cooling effect due to the absence of solar heat during winters, another reason also apply for the distant Pluto is that the gaseous vapour was deposited there because of lower rotational speed.

Sub-theory No. 13 (1/9/2016)

During the proto-star stage of the moons, planets and stars and sun, solid magnetic core already existed, it played the function to spin the moon or planet, and thus shaping it into a round structure.

Sub-theory No. 14 (2/9/2016)

After transformation from a little proto-star into a pre-planet, its spinning solid core has generated sufficient out-going force to push a mini semi-solid gob which punched through the solidifying crust of Ceres, and eventually resulted this mountain Ahuna Mons.  

Sub-theory No. 15 (2/9/2016)

There are two possible sources for semi-solid gobs, first, from an asteroid either self-derived or an outsource from other pre-planets, which struck the Ceres pre-planet and penetrated through the semi-solid molten crust, and then subjected to the out-pushing force induced by the spinning solid core.

Sub-theory No. 16 (2/9/2016)

During the cooling process of the Ceres pre-planet, there was a great fireworks show, many thousands of gobs of various sizes in the deeper mantle had been flung outward, and sent into the outside space, same things happen on the Sun presently, however, the Ahuna Mons gob missed the launch(ed), it was trapped in the solidifying crust. (this is the evidence!! There are many sub-theories related to this one about the Sun, planets and moons). 

Sub-theory No. 17 (3/9/2016)

The Jupiter's polar atmosphere thickness is less than 2000 km, the equatorial atmosphere is about 5000 km thicker, the atmospheric bulging is a result of its high-speed terrestrial rotation, which is causing gases hurling towards the equatorial region.