linear magnetic motion effect

[eroutt]

linear magnetic motion effect. L,M,M,E. is the interaction of magnetic fields, and metallic materials . a example of L,M,M,E. effects would be to take a round magnet, and a tapered metal strip and place the magnet at the smallest point of the taper. the magnet will spin forward to the end of the metal, and move back to its stopping point. here is a video of the effect at work. [/font][/size]
[/color][/font]

https://www.youtube.com/watch?v=MLmjD0jD44Q


what i am trying to do with this, is find a solid state workaround to the effect.
so far i can not figure this out. it has drove me nuts for years. argh:(

[MarkE]

I hope that you recognize that the magnet does not manage a complete loop.  The video shows something of a variation on a SMOT without the drop.

[eroutt]

I hope that you recognize that the magnet does not manage a complete loop.  The video shows something of a variation on a SMOT without the drop.

yes the track does not. but the magnet does spine in a loop! but not forever. i never said its perpetual, or that it is free energy. just a strange effect!

[SoManyWires]

yes the track does not. but the magnet does spine in a loop! but not forever. i never said its perpetual, or that it is free energy. just a strange effect!

can a non linear travel occur, when it is already possible to with a linear design using only permanent magnets as a source of potential energy?
this could merit further evaluations different than previous ones.

[MarkE]

yes the track does not. but the magnet does spine in a loop! but not forever. i never said its perpetual, or that it is free energy. just a strange effect!

If you bend a couple of parallel wires into a soft "U" shape and place a wheel between them where the wheel's axle rests on the two wires, then you will get a similar effect without any magnets required.