The electric field of a magnet

[Dave45]

Mags I know that putting the magnets in bucking mode will be a severe pain, I would try putting magnets in attraction mode first one on top of the ones you already have in place.
Bucking electromagnets may be the way to go, would be a lot easier.
I'm not sure where this will go, but I hope it leads to realization of how energy propagates throughout our universe.
Dave

[Dave45]

What do you say happens to the electrons when they enter the magnet through the A vector?

Secondly, why do some travel north and some south?

I'll ask you to do a simple little experiment on a piece of paper draw a galaxy, you know with spiral lines like water going down a drain,
If you look at the back of your piece of paper you'll notice the spirals are opposite from the ones you drew, the rotation is opposite.
As the magnetic field leaves the core the A vector field is coupled with the field,
depending on the direction of propagation from the A vector field(galaxy) determines the spin direction.

[Dave45]

I hate to be the bearer of bad news but more likely than not as our solar system passes the equatorial plane of our galaxy we will experience a pole reversal on our planet, I hope Im wrong.

Dave
Now will our planet flip is a question I dont have and answer to, I have flipped the polarity of a magnet without moving the magnets mass so it is possible but a magnetic force is a very strong force. Our sun flips its magnetic poles every eleven years.

[DreamThinkBuild]

Hi Dave,

The ice effect is interesting. I looked around for the effect and I think the term you are looking for is magneto-rotational instability. Which also relates to accretion disks of planets and galaxies.

http://www.scholarpedia.org/article/Magnetorotational_instability

Learn something new everyday.

[Dave45]

Hi Dave,

The ice effect is interesting. I looked around for the effect and I think the term you are looking for is magneto-rotational instability. Which also relates to accretion disks of planets and galaxies.

http://www.scholarpedia.org/article/Magnetorotational_instability

Learn something new everyday.

Looks like a model we can work with if the direction of acceleration is to the left on one side of the disk(equatorial plane) then the acceleration direction will be opposite on the other side.
Leedskalnin was right electrons are the same its the direction of spin that makes them seem opposite.