Page 86 - Nick Begich - Angels Don't Play This Haarp Advances in Tesla Technology

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these changes in wave heights could be caused by weather system changes occurring a
thousand miles away. Tampering via HAARP will only exaggerate such anomalies in
the upper atmosphere, and perhaps set in motion a chain reaction.
Electrical power generation and use of energy in the northeastern United
States steadily increased over the same two decades. Could it be that the "downwind"
effects of weather, described earlier, could be contributing to this wave height
observation? Could we be reaching a new level where instabilities will tilt over some
unknown threshold, thereby causing unexpected geophysical reactions?

ACUPUNCTURE POINTS

There are simpler ways to look at Mom Earth's natural electrical system.
For example, Adam Trombly said the acupuncture model is relevant. "What happens
when you overstimulate an acupuncture point? You can give somebody a heart
attack very easily with a very low amplitude input...Hit one of those ionospheric
acupuncture points in the dynamic matrix of the ionosphere as a wave guide - what
is the effect going to be?"

He challenges HAARP scientists to answer a big question before they send
multi-gigawatt pulses up to the ionosphere. "What are the saturation parameters
for the ionosphere?"

Manning asked him about the warning implied in the book Lost Millennium
by Walter and Leigh Richmond. In that novel, "advanced" technology tapped into the
ionosphere successfully, until one day when the timing was unfortunate. A solar
flare set off an unquenchable avalanche of electrons that traveled back down the
technicians' beam and fried a planet. Could today's ionosphere modifying scientists
make a similar mistake?

"That's what I'm talking about," Trombly said quietly.

Technically, he explained what could happen in an electrodynamically
saturated situation. If a natural source - solar - hyperstimulates the entire system, it
could cause "chaotic dissipative motions". Events in the ionosphere then could
stretch way beyond the normal limits of the physics law of conservation of energy.
"It doesn't mean the energy isn't ultimately conserved; it just means that the initial
environment is pervaded with far more energy than we've taken into account." In
order to dissipate this energy, tremendous turbulence develops in the ionosphere and
the magnetosphere.

Manning pondered what she had learned at New Energy Science conferences.
Does twentieth-century textbook science have an incomplete picture of what is in
"empty space"? Could there be interactions with the background sea of
electromagnetic radiations - perhaps from distant stars - that flickers throughout
space? She recalled papers in prestigious science journals that indicate there is a lot