Proof of Concept Radiant Energy Circuit

It is no secret that electrical current can be obtained by utilizing a couple of dissimilar metals. You can plunge a dissimilar couple into an electrolyte to obtain electrical current. This is called electrochemical energy. You can heat the junction of a pair of dissimilar wires that have been twisted together at their ends to generate electrical potential. This is called "thermoelectricity." However, what is not generally known is that you can also generate electrical current with plasma or a glow discharge as your medium between two dissimilar electrodes. This effect is the result of "triboelectricity." All these forms of electrical energy are caused by the dissociation of matter. This dissociation of matter is called "radioactivity" by the scientific world. All electrical phenomenon is the result of this radioactive decay.

  Proof of Concept Circuit - Figure 3

• There are varieties of electronic circuits that can be built to serve as ion pumps. The circuit used was designed by Robert E. Iannini and can be found on my website at: http://www.nuenergy.org/plasma.htm

• The ion valve in the above proof of concept prototype consists of a standard aluminum electrical conduit that is six inches in length. Its center wire is a 60µmm. diameter tungsten wire secured with two half-inch PVC end caps.

  Preliminary Ion Valve Validation

  1. The output at the ion gate reads around 5KVDC using an analog high voltage test probe without the ion-regulator valve in the circuit. With the ion valve in circuit a 20KVDC reading is obtained with at least a 25% reduction in current being drawn to power the circuit.
  2. The apparent energy gain in the above ion valve appears from the fact that when negative ions produced at the surface of the inner cylinder bombard the center wire secondary negative ions are generated. The negative ions, when accelerated with sufficient voltage are capable of dislodging (dissociation) other negatively charged ions by from the target against which they impinge upon; and a significant result is that the number of secondary ions may be several times greater than the number of primary ions. This has the effect of reducing power drain from the power supply. A.W. Hull observed this effect in a thermionic tube - HULL, Proc. I.R.E., 6, 5, 1918.
  3. The ion valve can be used as a quenching (regulator) device that can provide clean sinusoidal currents to the output current.

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