|
Nikola Tesla
continued....
ROYAL SOCIETY LECTURES
In the very midst of all these national
attentions, Tesla received an invitation from Lord Kelvin. He was formally
requested to address the Royal Society; his latest findings were earnestly
desired. The English, usually extremely conservative, were sure that Tesla
would change the course of world history. Tesla, adjourning from his daily
researches now prepared himself for the lectures, which would start the
world-change. He packed nearly every piece of delicate equipment one can
imagine. Vacuum tubes, Transformers, strange motors, and equally strange
wireless apparatus. All were carefully crated and personally brought to
Europe by Tesla himself. His beloved elder and personal mentor, Sir William
Crookes, greeted him.
In the opening portions of his Royal Society
lectures Tesla first described his preliminary work with high voltage high
frequency alternating currents in some length. He explained that these
devices embodied the very last investigations and improvements of his
Polyphase System. He demonstrated several of the first small high frequency
alternators and iron-core induction coils in order to prepare his audience
for a final announcement.
In this very last dramatic demonstration Tesla
revealed to British Academia the disruptive electric discharge and the
properties of electric rays. Tesla made a rare and complete "full
disclosure" of the electric ray effect at the very end of his lecture. It
was the very last time he would ever do so again in academic circles.
Tesla showed that the new radiant electricity
was distinctive, having been openly proclaimed during the London Royal
Society lectures. Tesla deliberately compared and contrasted the potent
impulse radiance to his previous weak effects produced by alternating
currents (February 1892). Fluorescent lamps and other luminous wonders held
his audience spellbound. All the while his voice, tenor-like by excitement,
rang throughout the silent awestruck hall.
He demonstrated wireless lamps, lit to full
brilliance by radiant electricity. He ran small motors at sizable distances
for his audiences to see. This last lecture represents the only recorded
instance in which Tesla openly announced his discovery of the
electro-radiant impulse. He tells the personally revolutionizing aspect of
his discovery and how it virtually eradicates his previous work. He went to
great detail verbally describing and disclosing the exact means for
eliciting the phenomenon.
In his closing time Tesla quickly demonstrates
special "electrostatic" motors and lamps made to utilize the radiant effect.
Examination of these first lamp and vane-motor devices reveals their
primitive and initial state. Tesla modeled the motor after the Crookes
radiometer, stating this fact publicly for the benefit of his revered
mentor. Tesla finally stated the vast implications of the discovery. He
pointed their minds toward the establishment of true power transmission.
He prophetically announced the new
civilization, which would emerge from these first devices and systems. The
world would be completely revolutionized by this new principle. Tesla
described beam-transmission of electrical energy, and the possibility of
harnessing the radiant energies of space itself. Those who had witnessed
Tesla's entire demonstration were completely enthralled at his results, but
misunderstood his new announcement completely. This became apparent to Tesla
a short while after he, highly decorated and honored, departed for his
Parisian tour. British Science was yet delving into Teslian high frequency
alternations. Tesla had already disposed of these discoveries as mere
preparatory introductions to impulses.
Tesla showed by way of comparison that
disruptive field impulse transcendently exceeds all other electro-inductive
effects by several orders. He expressed difficulty in discerning whether the
effects were electrostatic or electrodynamic in nature, preferring to
associate them more with electrostatic effects. We deduce that he had only
recently begun developing the electric impulse effect because of his
hesitance in identifying the phenomena properly.

<<Prev
[Page][1][2][3][4][5][6][7][8][9][10][11][12][13][14][15][16][17][18][19][20][21][22][23][24][25][26]
Next>>
|