Triple toroid human voltage amplifier

[quantumtangles]

A triple toroid solenoid array (configuration below) was used to test the potential difference supplied solely by human skin (using various winding configurations) whilst connected to a 350v 3.3uf capacitor.

The results were as follows:

The apparatus amplified human potential difference (voltage output from the surface of the skin) when the fingers of different hands were used as terminal outputs.

The extent of the voltage amplification was modest but interesting. No changes in amperage took place that I was able to identify (other than by mathematical inference).

Amplification raised voltage from 0.08 volts (80 millivolts) to a steady (unchanging) 0.406 volts (volts not millivolts)

Vmax  (maximum voltage obtained) = 0.406v
Imax (maximum amperage obtained) = 0.4 milliamps

With this device voltage quickly reached a maximum level of 0.406 volts where it remained steady for 50 minutes (and presumably indefinitely) and amperage remained constant at 0.4ma for 50 minutes (and presumably indefinitely provided the human body is alive).

Accordingly, I suggest the device constitutes a type of human body voltage amplifier.

I tried and failed to illuminate various types of LED with the output of the device, but my LEDs were poor quality power hungry devices.

The toroid configuration used in the experiment was as follows:

Toroid A = 3 inch outer diameter (2 inch inner diameter) ferrite powder torus ring with two (approximately 0.3mm core) insulated copper wires wound around it 75 times each (a green wire and a yellow wire).

Each wire was wound around approximately 50% of the ferrite ring, so there was only one layer of wire. 75 windings of each wire were applied to Toroid A, giving a total of 150 windings on the toroid .

On each side of the torus, a pair of yellow and green wires exited. The windings were wrapped in insulating tape.

Toroid B = Much smaller 3cm outer diameter and 1cm inner diameter ferrite powder ring, wound with a single layer of 60 windings from one orange coloured copper wire.

Toroid C was identical to Toroid A save it had 150 windings of a single strand of orange wire of the same diameter. Two single orange wires exited toroid C.

One of the orange wires from Toroid C was connected to one pair of the yellow/green wires exiting Toroid A.

The other orange wire exiting Toroid C was connected to the red +ve sensor of the multi-meter.

The only remaining wires (a green and yellow wire exiting Toroid A) were connected to the black â€"ve sensor of the multimeter.

Connecting Toroid A on its own to the multimeter gave very low voltage readings and no reading at all for amperage.

At this point the capacitor was connected to the system after carefully ensuring it had been fully discharged.

I connected one multimeter sensor to one set of wires coming from the coil and then to the capacitor, and the other sensor only to the remaining pin of the capacitor.

This resulted in the above amplification of the potential difference in a Gaussian surface comprised of the skin on a living human body.