Horace Heffner wrote:
On Jul 5, 2007, at 6:49 PM, Paul Lowrance wrote:
Horace Heffner wrote:
http://www.youtube.com/watch?v=uHh5AqQ4_xw&mode=related&search=
A self-running Perendev motor would create a stir.
The video makes it look like the armature even accelerates when the
stator is moved into place, and vice versa.
It sounds like it could be accelerated-- not sure. I'd be surprised if just
anyone could build such a machine using any type of PM and expect "free energy."
After glancing at some Perendev motor designs seemed clear it used the same
method as my research shows-- magnetic attraction pulse followed by repulsion.
Magnetic material choice is crucial. Even so, lets say they manage to tap into
ambient energy by means of magnetic avalanche. The material will continue to
drop in temperature until thermal equilibrium, which changes the magnetic
characteristics to some degree. Characteristics slightly change, but does the
design recalibrate? Last, but not least, during simulations I've seen the
magnetic material domain structure drastically change when ambient energy is
removed. When such an event occurs it can take ambient temperature appreciable
time to reorganize the structure back to normal.
So it's possible Sterlings Perendev motor was momentarily accelerating, but
nature pulled the plug, figuratively speaking. Another possible example is a
Frenchman who knows some details about Naudins self-running MEG attempts. He
stated Naudin was successful, but for a short period of time.
Regards,
Paul Lowrance
