reply to post by danman23
The orbit of planets around a sun through gravity and inertia doesn't work the same as the rotation of the metallic object around the magnetic field
you experienced. There's no need to "strengthen/weaken" a gravitational field in order to keep a planet in orbit. Gravity is the force that keeps
an object
"attracted" to a larger object. Inertia is the force that keeps an object rotating around another bigger object. Without gravity a planet would
simply fly out of its solar system. Without inertia, the planet would crash into the larger object.
When we witness an object with an eccentric orbit, say the way Venus's orbit is different than the other planets in our solar system, that is a good
indication that it was bombarded by a third party object long ago. In this case the initial inertia of the planet was changed by an outside force.
I don't think you are crazy danman23, but you would need to provide an alternative theory of electromagnetism and gravity that accounts for all of
the phenomena that these theories currently describe, in a manner that both offers explanation for our current understanding and also provides for the
new understanding you offer.



