Page 20 - Nick Begich - Angels Don't Play This Haarp Advances in Tesla Technology

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Although he continued to invent and to learn, he was kicked out of the spotlight.
Corporate moguls who were interested in creating monopolies and metering electrical
power blackballed him.

Golka spoke about his own "Project Tesla", which involved building a
122-foot resonating tower high in the mountains. Manning struggled to understand
what he meant by his efforts to get "earth resonance". She could visualize the more
familiar resonance in musical instruments, and that helped to picture the earth
vibrating as if its note was struck, If someone strikes a piano key of the same pitch as
a string on her violin nearby, for example, the string will vibrate. The pitch of a note
comes from how many times per second the sound vibrates. Similarly, the earth may
have a resonant frequency; if electrical oscillations pound through the earth at a
certain rate for a long enough time, the small periodic input may build up to a large
vibration. Could Tesla's knowledge about resonance really be used for advanced
technologies?

"We're losing to the Japanese," Golka insisted. "We have the technology
and we're sleeping on it,"

Another short, lively speaker, an engineering professor, said there is
"definite evidence that Nikola Tesla did excite the Schumann cavity in 1899". (This
cavity is the area between the earth and the electrically- charged ionosphere.)

A man from Albuquerque, New Mexico, brought the talk down to earth again
with a demonstration of a squat piece of equipment called The Tesla Earthquake
Oscillator. Stroking his beard - a trim gray goatee - he assured onlookers that the
oscillator would not be coupled to the earth during the demonstration and therefore
would not cause any earthquakes. The mechanical device had a frictionless piston in a
heavy casing. "This oscillator pounds the earth and impresses on it rhythmic
vibrations of certain controllable frequencies," he said. The sound vibrations would
bounce back and forth "in a reflection pattern which produces standing wave
overlappings, or nodes, which act as lenses to propagate waves which set up a
resonance condition."

There was that word "resonance" again. The electrical engineers talked about
a buildup of ever more powerful effects. Manning may have had a puzzled expression
on her face, because one man turned to her and offered to further explain resonance. He
gave the example of a child pushing a larger person on a swing. Small pushes,
correctly timed, gradually increase the distance through which the swing speeds. In
other words, small input at regular intervals can produce big effects. Resonance would
turn out to be an important concept, used deliberately or inadvertently by men who
try to tame the sky and in the process accidentally interfere with our weather, health
and minds. But Manning wouldn't encounter the skybusters until five years later.

In another meeting room, a graduate student from Montana State University,
Kyle Klicker, talked about the hypothesis of William Hooper, who gave new twists
on magnetic theory. In the early 1970's, Hooper had been showing that not all