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Did we Once
Live on Mars?
by kksamurai
The following hypothesis was developed from a dream I once had...
The Origin of the Solar System by kksamurai
The Nebular Hypothesis II by kksamurai
The Nebular Hypothesis in its original form was proposed by Kant and Laplace in the 18th century. The initial steps of their theory is indicated by the following two images.
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| In the Nebular Hypothesis, a cloud of gas and dust collapsed by gravity begins to spin faster because of angular momentum conservation | |
It is unlikely that such a nebula would be created with no angular momentum, so it is probably initially spinning slowly. Because of conservation of angular momentum, the cloud spins faster as it contracts. From this point onwards, this hypothesis differs from the current conventional theory.
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| The collapsing, spinning nebula slowly begins to form a spherical shape |
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| As the nebula collapses further, a sun is formed |
The birth of a planet
As the sun continues to exist, it is subject to the bombardment of
various celestial bodies such as Comets and Asteroids. It quickly absorbs
these celestial bodies, increasing in mass. But as time goes by, fission
takes over and surplus materials added to the sun's mass by these bombardments
are spun out into space causing the birth of a planet.
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| Through the process of fission, a new planet is formed |
The expansion or growth of a solar system
The following animated model better illustrates this process as a
whole. As the mass of the sun increases, new planets are created using
a repeat of the same process.
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| As a result of continual bombardment of the Sun by various celestial bodies, and through the process of fission, new planets are continually formed |
As the Sun creates a new planet, the orbit of the previous planets expand or move outwards away from the sun, to make room for a new planet formed closest to the sun. As the solar system ages, more planets are created subject to the amount of bombardment and fission capabilities of the particular Sun. Consequently, the further a planet in any multiple planet solar system is from its Sun, the older it is. A good example of this condition would be the comparison of Mars to Earth in our Solar System. Earth is the third planet from our Sun while Mars is the fourth, unless of course a new planet has recently been formed in our Solar System.
Therefore, based on my hypothesis, Mars would be a much older planet than Earth.
Just for the record, I developed my theory
in October 1997.
kksamurai
Send your questions or comments to KK
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