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| Plate Tectonics, Pangea: All Earth |  We might be forgiven, for saying this continuous advancement of planet earth is only possible, if all cosmic forces play their role fully within the equation. And if that is the case, those inhabitants of any planet, could only advance to what lays before them today, with an equal contribution.
Therefore we must deduce, that inferior planets, those planets ahead of us in the solar system, should all show signs of dramatic dilution effects. If the application of heat, produces erosion or indentation, or other marks around the planet itself, then some fundamental questions need to be asked: Least of all, is there life out there?
The answer is probably as intriguing as the question itself, and possibly just as ambiguous. We will never know the full answer, simply because we will never be able to count the abundance of stars in the universe. But already, with an estimation of billions of stars, then with this hypothesis, will come, eventually, billions of different species, simply because the evolution of the stars internal atomic matrix's, its process of fission reaction, determines the principle elementary cycles of blending atoms into an inhabital world.
It is this determination of heat that produces the cause and effect so vital in the constructing, building - and shaping of the foundations of ours, and every other world.
The star heats up, and then cools down. As this process continues, we constantly reinstall gravitational levels to the solar-system, for planetary motion, and assume, that if this can happen with big gravity such as planets, the theory is perfectly acceptable with small gravity, atoms!
Any of us can witness this basic law of weight distribution on a hot summer's day. As the temperature rises, carbon being a heavy gas, rises more slowly the hydrogen or oxygen, which are both lighter gases. And if this carbonaceous process, works with the same thorough application of stellar activity, it should not be too difficult to envisage an embryonic period, where our planet slowly begins to envelop itself in a cocooned shell of carbon based material.
Obviously at this point, when its casing, that enbryonic shell has formed with an ubiquity, a heat vacuum is produced inside the planet, the temperature builds - and quickly uses all the available oxygen.
We might like to view this happening, with an easier association. So just imagine a soccer ball with the air slowly being removed. As the ball has the air sucked from it, we would see, a slow and subtle depreciation of the ball, that soons becomes a ball with indentation. And now, if we apply that analogy to a large planetary gas giant, what we see is an inner vacuum start to collapse the planet surface. It begins to collapse back. With this process under way, surface liquid gas has no option, except to run away into the caverns, crevices and sink-holes. It's starting to form rivers, lakes and oceans!
But with liquid gas running off of the surface, other areas become exposed to more hostile conditions, and thus, begin to produce a solid landmass.
We could deduce, from that original thought, where we slowly craft a planet, through temperature regulatory heat control, there would-be no room for plate tectonics. The surface of our Earth made-up of different plates, which shift around.
But to suggest such a thing, might make science defend their view of plate tectonics, and say the science governing the theory is 99% certain. And in fairness to them, I can understand why. Grounded in a scientific ethos myself, I had been raised with the same observational evidence, and only in later years, did those observations became somewhat perverse to me.
The reason is this. Plate tectonics is based on an idea, known as Pangea. One, or all Earth, and shows many hundreds of millions of years ago, all the earth was glued together as one solid landmass. But due to continental drift, those individual plates gradually distanced themselves from one another. However, this has never accounted for, nor has it accurately explained, how one species made its journey from one place to another, once open expanses of water was placed between each landmass.
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