Flynn's Parallel Path

[JackH]

Hello penguin hood,

""Switching a magnetic flux from permanent magnets beetween two closed magnetic paths using coils. When the electric pulse is OFF, the magnetic field return to initial state (same flux on both magnetic paths) or remains on the magnetic path where was confined when the pulse was ON?""

Your statement is only true if there is no air gap between the field poles.  If an air gap is present the magnetic field will return to what it was before the pulse DC.    Magnetic flux lines will always return to the least resistance path.
You need to understand that if this Flynn device was used in a motor, there would be an air gap between the rotor and the magnet poles.

Later,,,,JackH

[penguin hood]

Many thanks JackH, I appreciate much your pretty answer

[hartiberlin]

I just saw, that Flynn has a new rotary motor design at thsi page:

http://www.flynnresearch.net/technology/PPMT%20Technology.htm

Look into the PDF file at the buttom of the page.

http://www.flynnresearch.net/technology/PPMT%20technology%20white%20paper.pdf

There it is stated, that this motor has a very much reduced drag effect,
with other words the Lentz law does not apply to it or is much reduced !
Looks very interesting !

[FredWalter]

Can this technology be used to move magnetic flux so it cuts through a coil and generates electricity, similar to what is done in http://www.magneticpowerinc.com/mpi-patentapplication.pdf

They claim overunity, in a device that has no moving parts.

[longwolf]

Can this technology be used to move magnetic flux so it cuts through a coil and generates electricity, similar to what is done in http://www.magneticpowerinc.com/mpi-patentapplication.pdf

They claim overunity, in a device that has no moving parts.

If you're talking about making a perm magnet boosted transformer, the problem is that the secondary, output coils, create a magnetic field that opposes the control coils so that the flux from the perm magnets stops being forced into the secondaries.