i suggest, that all planets are formed by asteroid fields, that arrange in order, around the largest asteroid in the field...in order, from the lightest( being the closest to the gravity of the largest asteroid), to the heaviest( being farthest away)--
like the dynamic we see in the rings of Saturn, but with infinite degrees of rings, around the largest asteroid, to form a "sphere" of objects...that are arranged from lightest, to heaviest, from the "central gravitational body"( see "distance to geo-sync" post, for the math)...
after this "sphere-like" arrangement occurs, there are large amounts of asteroid collisions, nearest the center( the largest asteroid), this causes friction, on the surface of the asteroid in the center, at some point, an impact rotates the central asteroid, a slight amount, and a "swirly" begins to occur( see "swirly post"), at this moment, all the other asteroids line up, in a vector with an apex( "swirly"), from the point of the heaviest asteroid( farthest away from the central asteroid), to the closest to the central asteroid( the lightest)--
after the central asteroid begins to rotate, and the surface of the central asteroid begins to super-heat, going molten...from the friction of impacting smaller asteroids...there is a rock-tumbling action from colliding with the central asteroids surface, breaking them up, into tiny pieces, before being absorbed by the molten surface of the central asteroid( the "core")--
this outer molten material, reduces the central asteroid to molten matter, and causes increased gravity, in a smaller space...as the matter is condensed( the "core" shrinks), from the low surface tension of being molten--
if the core becomes large enough, the entire asteroid field is engulfed, and goes molten( see "sun formation" post), the larger the field was, before the core goes molten, the larger the planet that is formed...if the core is not gigantic, from the size of the asteroid field being so large, at the start( creating a sun), the outer layer of asteroids that were the farthest away, are pulled together, to form the crust of the planet, but do not melt( like they do when a sun is formed...see sun formation post)--
black holes--
this concept is displayed very well by "black holes", that i believe, are the formation of a planet, or sun, with a "central gravitational pull" so great, that we cannot observe the "core"( due to light not being able to escape, from the enormous pull of the "black hole's" gravity)--
the gathering, and melting of matter, continues in a "black hole", until it has no further matter to engulf, in it's area of space, snuffing the heat, and fire, of the "core" of the "black hole", to produce a crust, thus reducing gravity...from the planets crust separating the core, from outside matter( acting as a buffer), stopping the process, of the molten "core" gaining more, and more, mass...allowing "geo-sync orbit" to be possible, for celestial objects( moons)--
best wishes, john kruschke--
(cs)
like the dynamic we see in the rings of Saturn, but with infinite degrees of rings, around the largest asteroid, to form a "sphere" of objects...that are arranged from lightest, to heaviest, from the "central gravitational body"( see "distance to geo-sync" post, for the math)...
after this "sphere-like" arrangement occurs, there are large amounts of asteroid collisions, nearest the center( the largest asteroid), this causes friction, on the surface of the asteroid in the center, at some point, an impact rotates the central asteroid, a slight amount, and a "swirly" begins to occur( see "swirly post"), at this moment, all the other asteroids line up, in a vector with an apex( "swirly"), from the point of the heaviest asteroid( farthest away from the central asteroid), to the closest to the central asteroid( the lightest)--
after the central asteroid begins to rotate, and the surface of the central asteroid begins to super-heat, going molten...from the friction of impacting smaller asteroids...there is a rock-tumbling action from colliding with the central asteroids surface, breaking them up, into tiny pieces, before being absorbed by the molten surface of the central asteroid( the "core")--
this outer molten material, reduces the central asteroid to molten matter, and causes increased gravity, in a smaller space...as the matter is condensed( the "core" shrinks), from the low surface tension of being molten--
if the core becomes large enough, the entire asteroid field is engulfed, and goes molten( see "sun formation" post), the larger the field was, before the core goes molten, the larger the planet that is formed...if the core is not gigantic, from the size of the asteroid field being so large, at the start( creating a sun), the outer layer of asteroids that were the farthest away, are pulled together, to form the crust of the planet, but do not melt( like they do when a sun is formed...see sun formation post)--
black holes--
this concept is displayed very well by "black holes", that i believe, are the formation of a planet, or sun, with a "central gravitational pull" so great, that we cannot observe the "core"( due to light not being able to escape, from the enormous pull of the "black hole's" gravity)--
the gathering, and melting of matter, continues in a "black hole", until it has no further matter to engulf, in it's area of space, snuffing the heat, and fire, of the "core" of the "black hole", to produce a crust, thus reducing gravity...from the planets crust separating the core, from outside matter( acting as a buffer), stopping the process, of the molten "core" gaining more, and more, mass...allowing "geo-sync orbit" to be possible, for celestial objects( moons)--
best wishes, john kruschke--
(cs)
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