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

[TinselKoala]

It is interesting that one pole causes the plasma to curl in one direction,and the opposite pole causes the plasma to curl in the opposite direction.
I wonder what would happen if you place two magnets side by side with opposite polarities against the side of the glass

darn-there is that figure 8 again.

Rather a different figure 8 than the other times you have mentioned it, though.

[ted.shield]

https://www.youtube.com/watch?v=SXifaqdbLhs

[MileHigh]

Wait for it

Tinman:

So by your comment above I am assuming that you are saying, "Wait for the know-it-alls to come and shoot this down."   The problem is why aren't YOU shooting this down?

When you look at what is being discussed here, we are back to this issue:  Do you understand the most basic basic fundamentals about electricity and magnetism?   (This is a generic "you") Because clearly if you don't understand them, then you are handicapped and simply can't function properly when it comes to electronics.   It makes me think of that EEVblog clip about a Joule Thief design.  The guy who made the clip being analysed stated that he had been researching this stuff for 16 years.  Yet that very same guy was so stupid that he claimed that a wire going through the centers of five ferrite toroids was not an inductor.  He made many other basic mistakes and it makes you wonder what in the hell this guy has been doing for 16 years.  So the guy claiming free energy that has been studying for "16 years" gets sliced to pieces by the EEVblog guy and also in the EEVblog thread.

https://www.youtube.com/watch?v=hoqF3gjLIyI

FatBird is in the same boat here.  Failure to think.  If you (generic) don't know that a charged particle moving in a magnetic field will trace out a circular path, and you have been on a forum that talks about electronics for years, then your ignorance becomes stupidity.

Here, let's have a bozo-busting mini-marathon about this subject:

https://www.youtube.com/watch?v=Gdh2srqH57M
https://www.youtube.com/watch?v=w41Zijsv46o
https://www.youtube.com/watch?v=wcVzfTAK8fk
https://www.youtube.com/watch?v=bG2aQUD8xt0

It is interesting that one pole causes the plasma to curl in one direction,and the opposite pole causes the plasma to curl in the opposite direction.
I wonder what would happen if you place two magnets side by side with opposite polarities against the side of the glass (http://overunity.com/Smileys/default/cheesy.gif)

darn-there is that figure 8 again.

One more time, you are failing to describe what you are talking about with sufficient information.  Who the hell really knows what, "place two magnets side by side with opposite polarities against the side of the glass" means except you.  There are all sorts of orientations that will satisfy your incomplete description.   Perhaps you will get a figure-eight, perhaps not.  With incomplete information I can't speculate.  I don't even know why you are saying "again."  The only figure-eights that come to mind right now are the Kenny/Chris "Bloch wall with some unknown undefined bar magnet field pattern that looks like a figure-eight."  The problem of course is that is deluded nonsense.

MileHigh

[verpies]

So the guy claiming free energy that has been studying for "16 years" gets sliced to pieces by the EEVblog guy and also in the EEVblog thread.

https://www.youtube.com/watch?v=hoqF3gjLIyI

I watch Dave's blog regularly and I saw that video yesterday.  I liked the energy analysis, but I noticed that he made a mistake relating to the impedance of that inductor, since inductors are current sources and they have high output impedances.

[MileHigh]

I watch Dave's blog regularly and I saw that video yesterday.  I liked the energy analysis, but I noticed that he made a mistake relating to the impedance of that inductor, since inductors are current sources and they have high output impedances.

Great catch Verpies.  I thought that some of the stuff said was on a bit of shaky ground but I didn't want to split hairs and the video was simply too long for me to watch.  The old saying about nobody being perfect.