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Tesla's Single Wire Circuit and Energy Shuttling

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  • Tesla's Single Wire Circuit and Energy Shuttling

    Tesla's "single wire" circuit adroitly shuttled the current back and forth between two accumulators, instead of using one accumulator and thereby continually destroying the source dipole.

    Before one writes off Tesla as "modern" electrodynamicists are prone to do, one should first see Barrett's rigorous quaternion analysis (cited) of Tesla's patented circuits. Barrett showed that, if one increases the topology of the algebra so one can see what Tesla was actually doing, those circuits are shuttling energy (potential) around at will. In other words, Tesla could asymmetrically regauge the circuit and any part of it, as he desired.

    Further, the very best of tensor and vector electrodynamics analysis will not even see it. So the Old Master did indeed have a few tricks up his sleeve that modern electrodynamicists have not yet learned. You know, like how to build an overunity power circuit.


    The Tom Bearden Website

    YouTube - Mutli Cap Singlewire Charging
    Attached Files

  • #2
    Excellent spelling



    No, but seriously, I was wondering when you'd start a new thread Richard.

    Thanks for the links

    Love and light
    Atoms move for free. It's all about resonance and phase. Make the circuit open and build a generator.

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    • #3
      What's up with Aaron's secrecy on these 2 videos?

      YouTube - Single Wire Capacitor Charge (from battery terminal)

      YouTube - One Wire Tesla Transmission

      Anyone else know how its being done without the 2 diodes?

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      • #4
        Wireless Transmission of Power to CFLs.

        YouTube - Wireless Transmission of Energy to CFLs

        Here is my demo of wireless energy transfer to CFLs.

        I'm doing a couple of odd things here:

        1) conductor plates for transmitter and receiver are NOT parallel,
        but are rather on the same plane ... between the same planes of glass.
        Charges could float along the common glass I suppose OR
        the pumping e-field fits over the receiver no problem -- low frequency.

        2.) Receiver is JUST conductor, 3 CFLs connected in parallel with common ground. That is it.

        3.) Transmitter is ignotion coil, running low frequency 1khz to 3khz or so.
        Not sure of voltage ... probably a bit higher than 700VAC.

        4.) 555 timer/square-wave pulsing of ignition coil with 2n3055.
        Duty cycle does matter -- shoot for close to 50% if you can.

        - morpher44

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