Magnetic Field From the Sun Across the Solar System
by Andy on Mar.14, 2011, under Binary Star System
The Magnetic Field We Observe On Earth Originates From the Sun
The Sun is the source of the magnetic field we feel on Earth. The field from the North pole of the Sun oscillates through the Solar System forming giant donut rings of ever increasing size but lower strength, the further we are from the Sun. It is this magnetic field that determines the placement of the planets.
It is the motion of the Solar System through the magnetic field of the galaxy that drives the motion of the planets. And in turn it is the motion of the planets through the Sun’s magnetic field that drives the rotation of the planets.
The above diagram shows a simplistic illustration of the Sun’s magnetic field across the Solar System. Of course if we are in a binary star system, there are in fact 2 main magnetic field sources influencing the planets. As the planets are all much closer to the Sun, it is the Sun that provides the dominant magnetic and gravitational field. However the second source (the Black Sun) provides a constant and perhaps predictable disturbance to what would otherwise be a very stable system.
As our Solar System approaches periapsis with the Black Sun, the disturbances to planets is so severe that a crustal displacement or pole shift can occur.
Tags: axial tilt, crustal displacement, magnetic field, pole shift, solar system
December 6th, 2011 on 6:12 am
For every star up there….. there lives a happy holy man down here…..
People must be dumb not to realize this, when they see themselves as stars…. and even your consciousness too shines there at all times….
January 26th, 2012 on 11:34 am
if our 5,000 y cycle of compression/expansion has indeed become just one of compression (evidenced by scientific discoveries that fill in the missing info) that means that:
1) either the last two 5,000 y cohorts did indeed find a way to minimize our utilization of core heated neutrino energy sourced from the Milky Way, or
2) that there is indeed a neutron star, probably our twin sun that compressed under magnetic wrap into a LT (light absorbing star) which we mistakenly call a black hole. This orbiting unseen body is not a brown dwarf of low heat (too low heat to be seen is the theory) but one of extreme pressure and extreme radiation emissions. Since these extreme LT stars shed energy instead of collecting it, at some point the unseen star loses sufficient energy to degrade into a visible neutron star, a blue star. Neutron stars also degrade via neutrino emission and when sufficient amounts are lost they change into normal atomic matter.
Think if you will of the amazing report of ‘water in space’, artistically pictured as a giant bubble of liquid H20 sitting in space like a planet. The only way that could happen is if a neutron star had degraded into normal atoms and still had sufficient pressure to make the liquid water evident. Thinking this way makes it possible to see how heavy elements are everywhere in space and did not require a sun to blast itself apart to do so. It also means that everything is everywhere. LT stars are as common as water in space. So are the lesser forms, the neutron bits. Size makes the difference. So far we have just notices our galactic centers.