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Free%20Energy%20Secrets%20with%20Tesla%20patents

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shockwaves, which initially measured 10,000<br />

volts, with a subsequent maximum rise to<br />

240,000 volts! Such transformations of<br />

voltage were unheard with apparatus of this<br />

volume and simplicity. Tesla further<br />

discovered that the output voltages were<br />

mathematically related to the resistance of<br />

turns in the helix. High resistance meant<br />

higher voltage maxima.<br />

He began referring to his disrupter line as<br />

his special "primary', and to the helical coil<br />

placed within the shockzone, as his special<br />

"secondary". But he never intended anyone to<br />

equate these terms with those referring to<br />

magneto-electric transformers. This discovery<br />

was indeed completely different from<br />

magneto-induction. There was a real and<br />

measurable reason why he could make this<br />

outlandish statement. There was an attribute<br />

which completely baffled Tesla for a time.<br />

Tesla measured a zero current condition in<br />

these long copper secondary coils. He<br />

determined that the current, which should<br />

have appeared, was completely absent.<br />

Pure voltage was rising with each inch<br />

of coil surface. Tesla constantly referred to<br />

his "electrostatic induction laws", a principle<br />

which few comprehended. Tesla called the<br />

combined disrupter and secondary helix a<br />

"Transformer".<br />

Tesla Transformers are not electromagnetic<br />

devices; they use radiant<br />

shockwaves, and produce pure voltage<br />

without current. Each transformer conducted<br />

a specific impulse duration with special force.<br />

Therefore each had to be "tuned" by<br />

adjusting the disrupter to that specific<br />

impulse duration. Adjustments of arc distance<br />

provided this control factor. Once each<br />

transformer was tuned to its own special<br />

response rate, impulses could flow smoothly<br />

through the system like gas flowing in a pipe.<br />

Finding that gas-dynamic analogies and<br />

applications indeed provided him with a<br />

consistent record of successful assessments<br />

24<br />

in these regards, Tesla began considering<br />

whether or not the white flame discharges, so<br />

different from anything he had every seen,<br />

might not be a gaseous manifestation of<br />

electro-static force. There were certainly<br />

abundant experimental instances in which a<br />

purely gaseous nature, so unlike anything<br />

electrical, was being clearly made manifest.<br />

The manner, in which the radiant shockwave<br />

traveled over the wire coilings in white<br />

flimmering lamniar streams, brought a new<br />

revolution in thought. Voltage pulses<br />

traversed the secondary surface like a gas<br />

pulse under increasing constriction. Until<br />

reaching the free end of the coil, these<br />

gaseous pulses flowed over the copper<br />

surface rather than through it. Tesla referred<br />

to this specific manifestation as the "skin<br />

effect". In this the discharge greatly<br />

resembled the manner of gases in motion<br />

over surfaces.<br />

Furthermore, whenever a metal point<br />

was connected to the upper terminal of one<br />

of his Transformers, the stream became more<br />

directive. It behaved just like a stream of<br />

water in a pipe. When the white flimmering<br />

stream was directed at distant metal plates, it<br />

produced electronic charges. This charge<br />

production could be measured as amperage,<br />

"current", at the reception site. In transit<br />

however, no such amperage existed.<br />

Amperage appeared only when intercepted.<br />

Eric Dollard has stated that the space<br />

surrounding Tesla Impulse Transformers so<br />

surges with these streams that the<br />

"interception current" can reach several<br />

hundred or even thousands of amperes. But<br />

of what was this mysterious stream<br />

composed? Tesla struggled with the doubt<br />

that these discharge phenomena might be<br />

ordinary electricity behaving in extraordinary<br />

ways. But did electricity indeed have a<br />

smooth, soft, and flimmering nature? The<br />

electricity with which he was familiar was<br />

shocking, hot, burning, deadly, piercing,<br />

stinging, all the attributes of an irritant. But<br />

this discharge phenomenon<br />

2

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