Author Topic: Ed Leedskalnins Course on how it all works (a must read!) (Read 7646 times)

Hope · « **on:** September 13, 2011, 06:14:18 PM »

This is a easily found link on the net, but it is surprising how many of us seeking this knowledge over look this working model.

http://freeenergynews.com/Directory/Magnets/Leedskalnin/Magnetic-Current_Edward-Leedskalnin_51pp.pdf

"Hidden out in the Open", perhaps "There are none so blind that WILL not see" is the better term here. (Includes me too)

conradelektro · « **Reply #1 on:** September 13, 2011, 08:19:33 PM »

On YouTube one can find several replications of the "perpetual motion holder" as described on page 22 and the two drawings after page 22 in the document from Leedskalnin.

This "perpetual motion holder" is interesting and I did not yet find a good explanation in standard science terms.

But by itself the "perpetual motion holder" has no practical application. It can only do what any permanent magnet can do.

One should try to find a way to get electricity out of it permanently (because the magnetic current seems to flow permanently). But this would be the same as trying to get electricity out of a permanent magnet (without resorting to mechanical movement).

Greetings, Conrad

hoptoad · « **Reply #2 on:** September 15, 2011, 01:05:32 PM »

Quote from: webby1 on September 14, 2011, 06:06:50 PM

If you modify the design it can do many interesting things and can be put to use

Have you built a modified design? Modified in what way?

Can you give an example of the interesting behaviour and how it can be usefully applied?

KneeDeep...

Hope · « **Reply #3 on:** October 17, 2011, 04:14:53 AM »

It really depends on how you "play " with it. Try trapping a piece of aluminum foil between the bar (magnet saver). then energize it and trap same AL foil while you let the keeper snap across the ends. When I do it the AL foil becomes magnetic and so does paper, string, hair, and any thin stuff I tried. SO with a large electro-magnet we should be able to magnetize thicker items. String dances around three magnets under it hanging suspended. Put a wire wrapped around a test sample and see if you can make it float free of the surface. Try many times one either poles. Perhaps that is what Ed Leeds did to make rocks repel each other. His wheel could have been used that way.

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Author Topic: Ed Leedskalnins Course on how it all works (a must read!) (Read 7646 times)

Hope

Ed Leedskalnins Course on how it all works (a must read!)

conradelektro

Re: Ed Leedskalnins Course on how it all works (a must read!)

hoptoad

Re: Ed Leedskalnins Course on how it all works (a must read!)

Hope

Re: Ed Leedskalnins Course on how it all works (a must read!)