Working SMOT ramp from Tom Ferko ?

[Omnibus]

Hi Tom,

No, I'm not saying that. The only thing I meant to say is not to announce that there is just one little thing to be ironed out and the self-sustaining device is undoubtedly ready to go. I'm saying in my words what I meant when I mentioned the 99.99%. That little 0.01% is the culprit that no one has ever been able to overcome so that others can reproduce  and until that's done, please, don't say you have it working. If that 0.01% is not overcome the motor is not working at all in a sense of a self-sustaining motor. Everyone here knows that it's very difficult to solve just that 0.01% of the problem. Everything else. the remaining 99.99% has already been done by many, years ago at that.

[d3adp00l]

I think people are a bit touchy. notice the "?" in the title. I think we all could use a little breather.

[Low-Q]

A form of an always falling weight is the principle we all are searching for. Such device are very hard to make as it actually isn't performing any loop or repetition. An always falling object will always find itself in a new condition all the time. A rotating device will always repeat all the conditions within one or "n" numbers of revolutions, and that requires energy to make a new falling start - it's like climbing the mountains and falling down in a parachute over and over again without using energy do climb up the mountain to make a new fall.
So how to make a rotating device, performing an continuous change in condition, when it repeat itself, should be an impossible task to solve. However, if no one try, the solution will never be found.

Btw: Have you Stefan had any ideas of an OU machine on this forum?

Br.

Vidar

[Omnibus]

Stefan, thanks for adding the question mark to the title. It was misleading otherwise.

[d3adp00l]

d3adp00l's theory for a working pmm

1. a field ocsilation is necesary

2. magnetic frustration must be equal along the path of travel

3. the direction of torque must be unified

In other words, at some point 1/2 of the fields need to change polarity, magnetic frustration is the condition of a magnet being attracted/repulsed to ferrous metal or another magnet at all point of travel this condition has to be constant with no point of lesser frustration(the motor will stick there), and if the fore said frustration creates a torque on a moving part the torque at all points of travel have to be in the same direction.

Create a design that satisfies those conditions and it will work. Also think in all 3 dimensions when designing, not just planar 2d thinking.