Do you see what I see???

[Raj Balkee]

Please bare with me. I am new here, and I'll have to learn my way through this forum.

Please look at the attached drawing which is self-explanatory and tell me if you see what I see.

The drawing represent two wheels: one small wheel, with diametrically magnetised permanent magnets, lining  its outer rim, with their north (N) and south (S) poles fixed as shown, freely rotable on its fixed axle.  One larger cylindrical wheel, with diametrically magnetised permanent magnets lining between its inner and outer rims.
The small wheel rotates on its fixed axle.
The larger wheel rests  and rotates on the outer rim of the small wheel.
NOW!
I see the larger wheel being pulled to the smaller wheel on the counter-clockwise side by the attraction of opposite poles of magnets and being pushed away from the smaller wheel on the clockwise side by the repulsing of like poles, forcing smaller wheel to be in a continuous unbalanced state and rotate continuously.
Do you see what I see???

[gauschor]

Even if it seems constantly in an unbalanced state, it will eventually come to rest in a state, where least energy is needed. And there is plenty of possibilities in this setup. I'm sorry, but this device will not work in my opinion

[gyulasun]

Interesting design. I think only experiments can prove or disprove its usefulness, at the moment I cannot 'see' any negative thoughts in my mind against its magnetic operation.  Will consider more pondering on it later.

[FatBird]

Very Interesting Design.

Yeah, I too think that the best way to prove or disprove whether it works is to build one & try it out.

.

[e2matrix]

I agree it could looks like it may run if it can be started.  I do see possible stiction points but I think it's really hard to say without giving it a try.  Looks fairly easy to build if you have the diamagnetic magnets.