Magnetism's Mystery. Can you solve it?

[spacecase0]

I find it fascinating that if you are looking for funding in physics, it is all in the topics that support quantum physics.
I can't help but wonder if that funding is part of the control grid on earth, because they do take most all the people that like physics and funnel them into the direction of quantum physics.
if I were planning funding and was really looking for advancement, I would spend a percentage on currently unsupported ideas and methods.

[TheoriaApophasis]

That thing people call an electron, l.

[dyetalon]

here is an idea for you.
so, let us take nothing and build on it
first dimension is length, (clearly just a construct )
second dimension is area (at a right angle to the first dimension)
third dimension is volume (the next right angle to the first 2, getting the pattern ?) (now we have 3D space)
forth dimension is movement (usually spin)
fifth dimension is a divergent spin (yes, right angle again, think vortex (also known as an electric field))
sixth dimension is a curled up divergent spin field. yes, this 6th one is a magnetic field.
and if it matters, the last 3 dimensions are the 3 field forces.

Yep. Another good theory.

[aljhoa]

the sun no more "has" a field than does a magnet have a field.

Nor does the sun "emit" light, light is a field perturbation.

A person in a pond flapping their arms doesnt emit anything either, its a field (in this case water) perturbation.

The field around a magnet or the sun is the mediated pressure modalities of the ether itself.


Iaad (instant action at a distance) cannot be answered with

1. The atomistic particle bs of quantum, or their "virtual photons" which make up a field, which is insane bs in the extreme

2. Nor with the conception that a sun/ magnet are emitting fields.


Iaad can only be answered the same way you answer light and magnetism, that being the substrate to phenomena, the ether.

@13:23 to 13:27 hexagon stands out

https://www.youtube.com/watch?v=h9S3ikiL3Ow&feature=youtu.be&t=802

https://en.wikipedia.org/wiki/saturn%27s_hexagon

Al