Quote:
Originally Posted by FastPlastic
The video posted shows the subject moving a magnet closer/farther away from the wheel generating the rotation. I would imagine to make this bigger to generate more power would require bigger magnets. Bigger magnets would require more force pushing it in and out(more power). Obviously you aren't going to stand there all day pushing the magnet in and out. So you would need some sort of engine or motor to power it. Taking gas/electricity to move the one magnet just to make it spin. And as we all know you can't put in 1KW and get out 2KW. Is this what your claiming?
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This pretty much summarizes the whole pseudo-science. The energy to rotate the wheel is indeed coming from the back-and-forth movement of the magnet. The wheel adjusts itself progressively to align itself with the path that provides maximum magnetic flux alignment, whereupon the magnetic circuit is broken and re-set at a position where the whole cycle repeats. The breaking of the magnetic circuit through that magnet movement takes energy, which is the net energy input here in this exercise. Any attempt to get the moving wheel itself provide that movement is going to result in a 'lock' as the power required to move the wheel is certainly
less than the power required to move the magnets that cause this motion.
Let us not fall prey to these distractions, however well-meaning they be.