Hi all, I am working on a hypothesis that might seem surprizing to some of you. Since the nebula theory needs multiple suppositions that I consider unrealistic, I have tested the hypothesis that the planets emerged from the Sun, out of an explosion.
I want to share and test this hypothesis with you.
I have successfully checked the hypothesis that a sunspot and its surroundings got an electromagnetic explosion. It went as follows:
- a huge E-M explosion occasioned 4 loops consisting of protons, and 4 counter-loops, consisting of electrons, which followed an external magnetic line of the Sun. (The Sun's matter is ionized).
Then I checked the electromagnetic repel of the erupted parallel loops (gas planets and core planets separately), and I found:
- an excellent fit between the distances of the actual orbits and the original E-M repel accelerations at the moment of explosion, for the gas planets.
- the same excellent fit for the core planets.
- an excellent fit between Jupiter's spin and the temperature of the Sun (kinetic comparison).
I got a statistical probability of such an hypothesis to be more than 98% of certitude.
Furthermore, I found a perfect fit between the following:
- the 4 core-planets correspond with the number of electrons of the explosion and the 4 gas planets correspond with the same number of protons. This is confirmed by the equalization of the linear momentum of the core-group and the gas-group.
Finally, from gravitomagnetism we know that any possible inclination of an orbit will end up in a prograde, equatorial orbit, caused by the spin of the Sun, which is transmitted to the surroundings by gravity.
The findings are explained in :
http://gsjournal.net/books/Planetary-System-Creation-Theory.pdf
Dear Oliver Manuel, I agree with you that the Sun, as a fully fledged object since long before the creation of the planets, has been misunderstood until now.
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