A Companion Study Guide Gerry Vassilatos, BSRA 1997

Any discussion of Radiant Energy Technology necessarily begins with Dr. Nicola Tesla, whose legendary work on rays and beamrays formed the early work and most formative origins of all subsequent radiation devices. It is imperative that we review his discoveries, since the forgotten fund of Teslian Science offers humanity the most clarified corridor toward achieving most of the modern technological quests. Teslian technology actually secured a wide range of potentials now thought impossible with real technology. In fact, the Teslian methods could yet obtain the means by which most technology produced environmental hazards may be eliminated.

In a single accidental find, Tesla secured the means by which a completely distinctive kind of energy could be channeled. The phenomena accompanying the distinct energy have yet to reproduced in the main. These methods by which Tesla achieved his famed phenomena, conventionally impossible effects which he consistently demonstrated for a great many qualified observes, have not been viewed as special and distinct by contemporary research groups. Those who believe themselves in possession of better technologies have not been successful in reproducing the distinctly penetrating Teslian effects, those which render no harm to society when released. The attainment of more potent radiant effects than those achieved through Teslian methods has apparently never been successful. Researchers who sought interpretation of his achievements through particle beams systems found themselves engaged with lethal forces requiring excessive radiation shields.

The discoveries of Tesla properly begin after his development of Polyphase Technology. Tesla discovered a radiant electroshock phenomenon, the study of which eventually compelled him to abandon alternating current technology altogether. Tesla discovered this effect while performing experiments on violently disruptive capacitor discharges. The radiant electroshock phenomenon demonstrated the instant development of sensible shock and pressure effects at great distances from the apparatus. Its effects could be sensed right through copper plates, an obvious violation of simple electro-dynamic laws. When wires were connected to his discharge device and immersed in oil baths, Tesla found that the focused pressure effect could produce strong gaseous fountains. Tesla concluded that the effect was a new electrostatic force, and immediately went about studying its aspects to the exclusion of all other research.

In its strongest manifestation, Tesla generated and used only explosive impulses. Explosive, unidirectional capacitor sparks held the secret. Tesla sought means for producing steady successions of these explosive spark discharges, a means by which a sustained radiant effect could be secured. The very fact that these “electrified soundwaves” could sting human beings at a distance indicated the powerful radiant emission of electrical power from his apparatus. Tesla conceived and demonstrated a small system for the radiant distribution of electrical power, one which would supplant his own wired Polyphase System.

His problem was manifold: how to reduce the potentially lethal stinging shocks, and how to raise the intensity of the radiant shock power. Critical to the manifestation of this effect was the unidirectional discharge, a condition requiring specific resistance-capacitance relationships. Only a properly configured discharge system would produce the electroradiant effect. Through a revealing series of experiments, Tesla found that the radiant shock effect contained lightlike rays which were projected from the spark core. While intensity was the critical factor in producing sufficient power from his apparatus, Tesla discovered that the duration of each spark pulse produced different kinds of distant effects. His development of various mechanical switches gave him certain control over the pulsation brevity. When the spark pulsations were shorter than 50 microseconds, the stinging pain disappeared. Tesla then devised a magnetic arc disrupter, one which used the thrusting force of a strong magnetic field to pulse an explosive DC arc discharge. By adjusting the magnetic intensity of the gap and the electrical capacity of the primary circuit, Tesla was able to selectively modify the duration of each discharge.

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