Working Magnetic Motor on you tube??

[argona369]

Suppose we have three diametrically-opposed rotating-stator-magnets, without a rotor for now, placed equidistant from one another in a triangle shape, (image below.)

If we rotate the top stator CCW we first expect that the other two stators will respond in a GW fashion and move in a CW direction.  Not so fast, these two stators are now moving AGW with respect to one another.

I wonder how this equilateral triangle arrangement would resolve itself after receiving a good spin to one of them.  Would it be quick, or would it take awhile?  Would there be many stator spin reversals and patterns of such movements?

I am not sure if this has much to do with anything.  I was just thinking about that three inline stator design, that I proposed earlier in this thread, and making a device capable of sliding that center stator in and out.  At one point far enough out the stators will become equidistant from one other.  I was just pondering the isolated dynamics of this configuration out loud for anyone that may be interested some magnetic mental gymnastics. 

sounds like "magnetic frustration"

Added:
I see what your getting at btw but,
The rotor cogging would be the main interaction.
The ?sun gears?  would follow the rotor if the force
Is stronger than the frustration of the sun gears.
And no OU just normal magnetic interactions/repulsion.
and a rotor that speeds up when the sun gears are stalled.
But who knows, everyone seems to be having fun anyways.
lol.

http://miranda.chemistry.mcmaster.ca/greedan/research2.htm

[Dansway]

@ Rosphere,

way ahead of ya bud!

Regards,

Dan

[m0thman]

@ Rosphere,

way ahead of ya bud!

Regards,

Dan

Hmmm... Great Scot... it's starting to look more and more like a flux capacitor every day :-)

[geodan]

hmmm... are you trying to crate a state of perpetual imbalance?

....well arn't we all... 

[magpower]

@ Dan
This reminds me of the old MXLO motor, maybe we didn't spin the rotor fast enough.

I am still waiting for my Stator magnets and driving me nuts watching you guys.
But anyhow looking at Al video if you notice as he spins the center stator the rotor does not turn very much, but the 2 other is seems to lock the rotor right away. Maybe the center is spaced further away from rotor, so retest this out.

And also if you spin the rotor with motor at a fixed rate 1700 RPM then  adjust the stator to lock in at 4200 RPM as Al said you should be close to timing I think, I will do this at a later test.

Wayne