- Radiant Energy (1999) [Updated 1 decade ago]
- Condenser Discharge Radiant Energy Generator (1999) [Updated 1 decade ago]
- Radiant Energy (1999) [Updated 1 decade ago]
In 1996 my research was publicly announced. The focus of this research many people have come to know as "Radiant Energy." I can still recall the excitement that was caused by this announcement.
Today, two key sources of energy will be presented. They hold the greatest promise in retrospect to all other sources of energy that I have researched.
I now draw your attention to the first energy source to be presented. The main component that generates electrical power may at first glance appear to be nothing more than an atomic battery, it will be seen from the description to follow that its energy generating mechanism is entirely unique, and that the advantages over prior art atomic battery technology becomes apparent from the following description.
- Condenser Discharge Radiant Energy Generator (1999) [Updated 1 decade ago]
It is assumed that the average reader of this treatise will be familiar with the elementary principles of wireless apparatus. Granting this, it is, of course, reasonable to believe that such readers will understand how an oscillatory current is set up in a circuit comprising an inductance or coil of wire, a capacity or condenser, and a spark gap. The condenser is charged with a high tension current from any convenient source such as a transformer or induction coil, and when the potential stored up in the condenser reaches a critical value, the air in the gap between the spark gap electrodes can no longer stand the strain, and the condenser crosses the gap in one direction, it literally over-reaches itself just as a pendulum swings past the neutral post when given a push with the hand. When the first rush of current passes in one direction, a reserval of the cycle occurs and a second rush in the opposite direction is effected. This operation is repeated many thousands of times per second, the discharge gradually dies down until all the energy is either completely radiated or used up in heat or performing work. The oscillations cease once the potential across the condenser has been lowered to such an extend that the spark can no longer jump the air gap. The Condenser immediately takes a fresh charge from the transformer and the entire cycle of operations is repeated. It will be understood that all of this passes in an infinitesimal fraction of a second, the charge and discharge of the condenser taking place so rapidly that the observer can detect no change in the solid spark which appears continuously to fill the gap.
