New Magnet Motor on youtube?

[sm0ky2]

what he needs to do it put a stopper just passed the "kick" in the forward direction - so that the full force of the push is applied to the scale in that position to measure it.

then compare that to the scaled-force measurement required to push it through the stcky point.

weighting it in reverse does nothing for me really, as we are not interested in that force, this particular wheel is designed to spin the other way (or at least thats how he makes it seem). we'll see when its finished

[xpenzif]

"If you're a physicist" you would know that the amount of work generated from the magnets repelling each other would be equal to the work it took to get the magnets into that position of opposition.

Anyways, I think a better design would have the static magnet on the left side(rather than the top right) so that gravity could help with the sticky spot.

[sm0ky2]

in a symmetrical magnetic field yes the work forces are equal on each side, but when the flux lines on one side are manipulated this can change. Altough doing so depletetes the strength of the  permanent magnets rather quickly, because it often involves placing magnetic shielding on them, or placing magnets against each other with like poles facing, to misshape the lines of flux.

You can also use a a certain flux-canceling method to create 2 "synthetic" monopoles and have only ONE force,. repulsion. of course directing this in a usefull manner eludes me...

[xpenzif]

Yes but the rule I mentioned still equally applies in monopoles and/or misshapen flux lines. If I am mistaken please give me a scenario where the rule doesn't apply.

[sm0ky2]

"Yes but the rule I mentioned still equally applies in monopoles and/or misshapen flux lines. If I am mistaken please give me a scenario where the rule doesn't apply."




if there is such a thing and i had access to it, thered be a video of a working device on here for you to see