Neutralizing Lenz drag

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JenkoRun posted this 5 weeks ago

Evening all, I didn't find anyone here talking about this so I figured I'd share, I found a post on the Energetic Forum from a user, jettis, experimenting with magnet arrangements based on info from another user, Erfinder, and Bedini's work:

https://www.youtube.com/shorts/wLVLHQhMMgo

The result is what he refers to as "Magneto-Dielectric Rectification"

https://www.energeticforum.com/forum/energetic-forum-discussion/renewable-energy/513555-magneto-dielectric-rectification

An account is needed to see the images posted so I'm posting the one I have saved here (problems logging into the site atm):

The produced EMF appears to be monopolar and does not suffer any increasing load on the prime mover irrespective if the coils are open or shorted, this is no different than a conventional generator except that the magnets are rotated so the poles are orthogonal to the coils. The produced polarity is determined by the direction of rotation.

I lack the materials to experiment myself but did manage to get another fellow to try this and they reported the same effect, no Lenz drag. Through my own research I'm convinced monopoles are not subject to action-reaction equivalance, hence these generated monopole EMF's are able to avoid the Newtonian action-reaction law, same principle as a monopolar resonant transformer.

If anyone replicates this please do post your findings, I'd love to see more replications of this.

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JenkoRun posted this 5 weeks ago

Evening all, I didn't find anyone here talking about this so I figured I'd share, I found a post on the Energetic Forum from a user, jettis, experimenting with magnet arrangements based on info from another user, Erfinder, and Bedini's work:

https://www.youtube.com/shorts/wLVLHQhMMgo

The result is what he refers to as "Magneto-Dielectric Rectification"

https://www.energeticforum.com/forum/energetic-forum-discussion/renewable-energy/513555-magneto-dielectric-rectification

An account is needed to see the images posted so I'm posting the one I have saved here (problems logging into the site atm):

The produced EMF appears to be monopolar and does not suffer any increasing load on the prime mover irrespective if the coils are open or shorted, this is no different than a conventional generator except that the magnets are rotated so the poles are orthogonal to the coils. The produced polarity is determined by the direction of rotation.

I lack the materials to experiment myself but did manage to get another fellow to try this and they reported the same effect, no Lenz drag. Through my own research I'm convinced monopoles are not subject to action-reaction equivalance, hence these generated monopole EMF's are able to avoid the Newtonian action-reaction law, same principle as a monopolar resonant transformer.

If anyone replicates this please do post your findings, I'd love to see more replications of this.

Sandy posted this 3 weeks ago

Hi Jenkorun. It looks like this illustrated example is a pulse motor and the waveform on the lower half of the screen is pulsed (flat top on wave crest) and the waveform in the upper half is the back emf (always a bit lower than the applied voltage fir a free spinning motor). The one magnet in opposition has its field extending out further than the rest so the back emf is greater than for the others, which interact less with the orthogonal core, having thier flux more strongly attracted to one another than to the core, generally.
Kind regard, Sandy.

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JenkoRun posted this 3 weeks ago

Replying To: Sandy

Orthogonal core?

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Sandy posted this 3 weeks ago

As illustrated relative to the magnets if orthogonal means 90 degrees. I actually need to look that up.

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JenkoRun posted this 3 weeks ago

Replying To: Sandy

The illustration is just like that for viewing, it's the poles of the magnets being orthogonal to the coils that prevents Lenz drag from occuring in the system, the orientation of the coils (with or without a core) makes no difference, at least from what I've heard from tests.

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