As they say, KISS, or Keep It Simple Stupid! My venture began with a unique longitudinal wave antenna designed out of magnetic steel rods surrounded by either copper or steel pipes concentrically arranged. I soon discovered that by hooking up a battery results in the battery taking on a unique voltage change only observable on the oscilloscope. It increases approximately ten times and becomes permanently conditioned so. This float charge condition is then transferred to capacitors. What I later discovered in one experiment was that one dry cell took on this change without the wire connected! Imagine my surprise. Other unusual observations with these cells included some unique diode behaviors such as heating in the presence of a battery connection or muscle stiffness when resistors were attached. What I later discovered was that this diode heating effect was present without the battery, without the cell antenna even! All that was required was a capacitor and a series of diodes. Experiments revealed that shorting the capacitor results in cooling. In fact, no complete circuit or power source is required, it only works with an open! Here is a circuit diagram.
Measuring with my tri-field meter revealed that no electromagnetic energy was present. A brief application of a dosimeter sticker proved that no radiation was present. The power source is the Orgone energy of the ethers, and that is what it is engineering to create heating and cooling effects. The high voltage capacitor is basically an Orgone accumulator. Let me reiterate, I used brand new, uncharged capacitors.
The silicon diodes are oscillators. They modulate the Orgone. I believe it all behaves on sound physics and tonality. The more diodes in a row, the more intense the heating or cooling effects. While it acts to radiate heat, it remains cool to the touch. In fact, no heat can be felt, but one's body temperature rises. A glass of water will remain cool but a sheet of metal will warm up. It won't go through walls and stone but it will penetrate wood and cloth.
