----> PROOF Magnets Have a SPINNING Magnetic Field

[MagnaProp]

...say something somebody.

I saw two videos from TinMan that appeared to show a permanent mag and an electro mag under water. The perm had the bubble vortex and the electro bubbles appeared to float straight up with no vortex. Maybe we would get a vortex from the electromagnet if we angle the wires?

[MagnaProp]

Tried to send this to the admin only in PM but didn't see a place to attache images. Just FYI I'm getting a bunch of virus warnings when going on this site today.

///Edit
Since I'm typing. What if the electromagnets coils were vertical as in an elongated toroid? If the magnetic stuff spins around a wire and thus spins around the entire toroid, wouldn't any bubbles from it spin in a vortex as well?

Anyone put an electromagnet toroid in the liquid bubble test?

[triffid]

OK so there is life here afterall?If the drawings presented above were drawn correctly they seem to indicate a CCW motion to the magnetic fields for a permanent magnet.Something I have said already.


I have not seen the Tinman videos.It seems that I need to.triffid
Can someone provide a direct link?Thanks in advance.
If Tinman already provided links here.I looked but don't have time right now to view them all.And when we say bubbles we are talking about water?Or plasma?I know that H2 gas is repelled by a magnetic field while O2 gas is attracted to a magnetic field.Interesting enough a candle flame is a plasma.In case someone wants to experiment with a cheap plasma.

[triffid]

A cute entertaining video on how permanent magnets generate a magnetic field and on how electromagnets generate their fields.
https://www.youtube.com/watch?v=hFAOXdXZ5TM


Yes there is a difference!
In permanent magnets electrons spin on their axis.And in an electromagnet electrons flow through a wire.In both cases electrons are moving to generate a magnetic field.

[MagnaProp]

...I have not seen the Tinman videos...
Can someone provide a direct link?...

Hi. this was the video I saw. Permanent magnets appear to have what I'll call "virtual wires" with a similar flux flow like toroid electromagnets. I would expect the permanent magnet to have a stronger vortex since the flux in the virtual wires are more exposed to the ambient surroundings instead of being trapped in wires or cores.

https://youtu.be/UIlijUSJMmg