Created dramatically from space debris, from exploding planets (If there were suns 12 billion years ago, maybe a few went super-nova to provide material, like they say on "Discovery", but since the whole thing is rumored to have started 15 billion years ago, its hard to understand how all this could have happened in 2,3,or 4 billion years), planets that apparently didn't have suns to go around, and apparently went careening around [?] space crashing and bashing into each other like bumper cars, just as in later days continents on Earth, the most unique planet in the universe would do with their upper tectonic continental plates in a later time, against all the mechanical laws in the universe. Unique, as I said!

You can see that according to the time frame, that we can only explain our Earth One sensibly, if all the planets, moons, and the sun were created at the same time.

So we start with a very full plate of debris indeed.

This massive amount of space debris was collected, by gravity, into our present solar system. (All in one bite)

Incredibly, the debris that contained the heavier atoms settled in/on the planets, and the pure hydrogen and some helium spun magically to the core sun, but also curiously enough to the outer planets, which scientifically is daunting, of course.

Now, to build an atmosphere, and to put water on the planet Earth, (and the other planets, to be sure) certain processes would take place that would accomplish this.

Molten, the young, but quite big Earth DIFFERENTIATED. That is all. The heavy stuff went to the core, and the lighter stuff went to the crust (and heavier as it went down). Oddly....there doesn't seem to have been much granitic rock, because only a very thin crust of granitic rock formed. Odd, because so many meteorites, proportionately are made of granitic rock. Since this process of differentiation began 5 and ended mostly 4.5 billion years ago.

Why, then is there molten magma under the crust, you may ask? Nor is there a reason for the Earth to heat up, once it has cooled down, as we know. Still....there is molten magma. Very odd. Some, well known and respected Geologists insist that the outer core is also molten. (iron they say and some nickle, ....after 4 billion years this hardly seems possible but that's the theory, and so there you have it.)

Now we'll go to Earth Two.

10 to 12 billion years ago a gigantic ball of hydrogen ignited into our young sun. We find it spinning around in its orbit in this hydrogen galaxy (that we call the Milky Way.) This sun had built up, now, an electro-magnetic field, within the field of the galaxy's field. It was this galaxy's gigantic field that was creating and pumping out all that hydrogen for these young suns to grow on, (what other purpose would it have?)

So this purely hydrogen sun grew and heated up until it could heat the outer layers of its protons enough to expand to accept/pull in its own electrons into its body, to become neutrons!

With these hydrogen atoms becoming neutrons, these neutrons could join with hydrogen atoms and become helium atoms.

The uniting of the hydrogen's TWO electron shells prevented any additional joining of ions into higher count atoms, (No planets, moons, or even meteorites yet.)

But the helium created a pressure cooker effect. After a build-up of this pressure the sun surface would boil over eruptively, blasting energised hydrogen and helium into its own EM field. The Explosive violence of these eruptions strips the electrons off of these atoms, ionizing them, and making of them what we call a plasma.

These ions are now free to joln with other ions to become higher count atoms. Up to iron and magnesium but, composed mostly of Olivine and Pyroxene - These atoms - once they regain their electrons, join into chondrite meteorites. Now the most abundant meteorites in the solar system. In time, more sophisticated, and more specialized meteorites will gather-in atoms and molecules to their cores - and join in silicate bonds. Some meteorites will join into clumps and join or fuse together in additional growth to larger meteorites - they will compete for a favorable space on the electro-magnetic lines around the sun.

Finding the EM lines but traveling at different speeds, they collide...but, very quickly, it becomes clear that one will attain dominance.

Early on, one very large meteorite in very good orbit competed with Earth for dominance, but it had started too late... and its spin was not great enough, so its growth was not as fast as Earth. Earth won over the moon and in time the dominance of Earth became greater and fixed.

Colisions become merely accretions to add to the winner's mass, and soon we have a moon sized Earth, from accretion on the surface and atoms individually sliding between crystal lattices to the solids-empty, now - heated, core of this moon-sized Earth. These atoms and molecules attach in crystal bonds to the inside surface of the big empty hole and these crystals push outward, forcing the Earth-moon to GROW from, more and more, the inside.

This planet Earth is becoming suffused with a kind of growing life, and new heat. The first heat came from accreations, but impact heat soon dissipated. Then the tremendous up-pushing from the inside to grow outward, creates longer lasting heat. This heat and energy exchange, AND the tightly focused and growing electro-magnetic field, lncrease the creation of matter from prime matter by splitting Prime Matter into positrons and electrons and segregating them Electro-magnetically using Earth's field, (as in the van allen belts) until the positrons "grow" into protons.

Now, in this plasma soup on the outer edge of the outer core, the various atoms join and complete themselves with their electron shells.

Here a kind of differentiation can take place - not all materials join immediately into silicate bonds to push outward.

Nor should we think that the mantle is so darn thick or dense that atoms can't easily slip through it. These atoms and some molecules are seeking LIKE-MOLECULES and ATOMS. If there is not a collection of like material in a particular area these lighter atoms and molecules may continue to rise up (like hydrogen in our atmosphere) to the asthenesosphere, and even higher, and the lightest will out-gas and in fact replenish the atmosphere, as some of it blows off into space. This is how our atmosphere gets replenished and added to, as the Earth grows. This is how we get more water, and THIS gentlemen is how we get NEW SALT. Two gasses differentiating up through the hot layers of the Earth attracted by other salt to enter as gas and join at the core in crystal bonds, as in geodes. But it doesnt end there, that is why we need a NEW GEOLOGY.

A geology that recognises that Earth was once the size of our moon and smaller - and it grew, AND ERUPTED ITS INSIDES, ITS MATERIAL ABUNDANCE, OF EVERY SORT, TO OUR SURFACE. This is the vital energetic heated changing, evolving, just short of a "living" planet that erupts our needs to us as it grows.

A dead cooling rock? No sir, nothing like that.