Added: 4 years ago
From: brianempson
Views: 4,978
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  • Spin repelling magnets past each other, circularly. Set a second set of repelling magnets up to spin. Both sets are stacked close to each other, close clearance in all the gaps, machined to be very rigid (important).

    Run one set at 100 turns revolutions second (6000 RPM). Spin the second set at 107.8 each second (6,468 RPM). They mix to create a strong field node that coheres into the Shumann resonance --provided the two disks blend their fields in the same space. dem - portal.groupkos.com

  • wow this is impressive stuff. thanks !! more moremoremoormeomroemreomreomre­omMOOOORRRREEE!!

  • Imagine a huge power plant generates electricity from moving large magnets on Schumann frequency lol.

  • The power of the Shumann resonance.

  • 7.8hz is the Shumann resonant frequency. The frequency that the atmosphere resonates at which is a large capacitor that surrounds the Earth.

  • Did you try to put a coil that catch the "dancing" EMF and mesure the current?

    That are speaker magnets?

  • No, it wasn't my experiment. All this setup demonstrates is that something very interesting is happening at 7.8 Hz ;) I believe they are pc hard drive magnets. The coil is just a toroid pulsed with a frequency generator.

  • the magnets spins or just moves site to side?

  • Side to side

  • Ok, I gotta ask about that song. Artist and all that. Also, does that kick coil plug into the wall?

  • This is a great demonstration for us HHO-heads. Gives insight to something otherwise unfathomable at the molecular level. Appears you are hitting a set resonance. Very interesting indeed, this goes back into a lot of patents for cracking water into usable energy.

    Regards, --sirHHOax-- :=)

  • This isn't actually my experiment, but it does show that at resonance you can get some interesting effects...

  • Watch them jiggle.....

    Do you think running magnets at resonance like this can make more energy?

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