Re: Magnetic motors

Chris ( (no email) )
Mon, 30 Aug 1999 01:38:05 -0700

>Is it just a co-incidence or maybe a little more that most-all magnetic
>motors that seem to work have nonlinear and or asymmetric
>acceleration-deceleration gradients.
>
>It seems likely that this is just an inertial effect which these motors
>are taking advantage of.
I would think that most engines are inertial in some respect or
another. The internal combustion engine is inertial and it's "thrust" is in
spurts. The only thing that allows a smooth drive is that engine's flywheel
which is driven by those spurts. . .

>This explains why few designs are staged to give a smooth rotation,
>Indeed it seems that it may be the killer of these devices, So while it
>seems that there are probably a number of things that use magnetic
>fields for the FE effect, but I suspect most are inertial.
>
>
>John Berry

I don't think that it's a killer. If we can take magnetic energy and make
it work against gravity then we can achieve over-unity, but the trick is how
we can do it without penalties associated with rotation (centrifugal force)
or linear movement (running out of track. . .)? What kinds of force can we
use to our advantage without suffering the penalties of other forces?
Planes fly because of their drag. Without drag we cannot achieve lift, but
if we didn't have gravity planes would be a lot easier to fly. . . . .

Chris