Magnet motor idea - again.

[ionizer]

What makes you think having no sticky spot means overunity?
I have seen several motors without sticky spots but they only run smoother they still consume more then they can generate.

[Low-Q]

What makes you think having no sticky spot means overunity?
I have seen several motors without sticky spots but they only run smoother they still consume more then they can generate.

I see the confusion.
Generally, a magnet motor will have as much energy to run as the counter energy which balance the output to zero. A sticky spot isn't neccessarily the cause why the motor doesn't run, but in my preliminary experiments I have observed only "driving forces", and no counter force, or "sticky spots" which should stop the experiment from running. There hasn't been any obstacles in the cycle, so to speak.


But again, this is preliminary experiments, and done by hand - and as you all know, experiments by hand will very often confuse the conclusion.


I am in progress with a simple prototype. That experiment will tell everything wether this works or not.


Vidar

[powercat]

I remember somebody on this forum I think it was bill, saying that if you clamp 2 magnates together
the opposing fields after an amount of time change back to a normal configuration.


I could be wrong on this so I will send bill a linked to this

[Low-Q]

I remember somebody on this forum I think it was bill, saying that if you clamp 2 magnates together
the opposing fields after an amount of time change back to a normal configuration.


I could be wrong on this so I will send bill a linked to this

OK. I'm not sure how you picture the "clamp together". Do you mean clamped together as the bar I have drawn in reply #3?


The fields between the moving and the stationary magnets are vertically aligned (South and north up or down), so it should not weaken the magnets the same way as when the field is opposing eachother directly south towards south for example....


I'll wait to see what Bill meant about this. Thanks for the input.



Vidar

[powercat]

http://www.youtube.com/watch?v=obV4bUd4JmI&feature=g-upl

I was looking at the video you linked in Reply 1 , the meshing together of the magnates
which made me recall reading something about magnates been clamped together.
It's good to hear you don't think there is a problem.

Breaking the sticking spot problem would indeed be a great leap forward.
If a magnet can move 1 inch why not 1 mile
All the best
PC