In my previous post "Hawaii Convergent, Part 2. Introducing The Concept Of Geofracture (not Plate) Tectonics." < http://divergent-boundaries.blogspot.com/2011/10/hawaii-convergent-part-2-introducing.html > I proposed the concept of the interdisciplinary study on formation and evolution of the Earth's upper solid layer. As the main driving force of the formation and evolution is suggested to be by Moon/Sun, I need a concept when and how Moon was formed. Upon searching for the concept, I could not find any that would fit my vision; probably I should had searched more; or just let's try to develop the concept:
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- The stuff around the (now) Earth's orbit gets gathered into the gaseous pre-Earth.
- The particles are colliding, thus loosing their speed through radiation.
- The particles that happened to stay high on the circular orbits, are getting less and less likely to be disturbed by a collision because particles with "wrong" orbits are getting trapped by the mess in the center; the trapped by the mess are losing their speed and getting down onto the lower orbits.
- Fallen down particles eventually form liquid Earth; but the "coherent" (so to say) by the vector of speed, particles form disk around Earth above Equator.
- The disk is not a part of the Geodynamo anymore, but, still, probably is getting affected by the Geodynamo's magnetic field that gets reversed from time to time. That's why, probably, the Moon's orbit got inclined relative to Equator plane.
- The particles within the disk are getting condensed due to the gravitational interaction, the chunks are gathered into the Moon eventually, so the pattern we see on the Moon's surface may not necessarily all be due to collisions with asteroids, some "big picture" formations probably could be the result of the process of the chunks gathering.
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The described above process of the formation of the Moon by the differentiation Of particles' speed vectors could probably work for other celestial objects; Saturn probably still is in the process with it's disks. On a bigger scale the concept could probably be applied to the relation between Sun and the planets, or even between stars in a star system.
Sergey D. Sukhotinsky.
http://divergent-boundaries.blogspot.com/
http://sukhotinsky.blogspot.com/
http://weblogs.asp.net/SergeyS/default.aspx
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- The stuff around the (now) Earth's orbit gets gathered into the gaseous pre-Earth.
- The particles are colliding, thus loosing their speed through radiation.
- The particles that happened to stay high on the circular orbits, are getting less and less likely to be disturbed by a collision because particles with "wrong" orbits are getting trapped by the mess in the center; the trapped by the mess are losing their speed and getting down onto the lower orbits.
- Fallen down particles eventually form liquid Earth; but the "coherent" (so to say) by the vector of speed, particles form disk around Earth above Equator.
- The disk is not a part of the Geodynamo anymore, but, still, probably is getting affected by the Geodynamo's magnetic field that gets reversed from time to time. That's why, probably, the Moon's orbit got inclined relative to Equator plane.
- The particles within the disk are getting condensed due to the gravitational interaction, the chunks are gathered into the Moon eventually, so the pattern we see on the Moon's surface may not necessarily all be due to collisions with asteroids, some "big picture" formations probably could be the result of the process of the chunks gathering.
--
The described above process of the formation of the Moon by the differentiation Of particles' speed vectors could probably work for other celestial objects; Saturn probably still is in the process with it's disks. On a bigger scale the concept could probably be applied to the relation between Sun and the planets, or even between stars in a star system.
Sergey D. Sukhotinsky.
http://divergent-boundaries.blogspot.com/
http://sukhotinsky.blogspot.com/
http://weblogs.asp.net/SergeyS/default.aspx
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