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CHAPTER TWENTY

BLURRED VISIONS OF THE MILITARY

In a fact sheet issued by the Office of Naval Research and Phillips
Laboratory about HAARP dated November 4, 1993 the following is written:
"The proposed research will be undertaken using high power radio
transmitters to probe the overhead ionosphere, combined with a complement of
modem scientific diagnostic instruments to investigate the results of the
interactions. "193

"HAARP will be constructed at auroral latitudes in Alaska. A unique feature
of the research facility would be a high-power high-frequency radio transmitter with
the capability of rapidly steering a narrow beam of energy toward a designated region
in the sky. (This innovation of the Eastlund patent makes it the most unique
ionospheric heater in the world.) Similar, though less capable, research facilities
exist today at many locations throughout the world and are operated routinely for the
purpose of scientific investigation of the ionosphere. In the U.S. such systems are
located in Arecibo, Puerto Rico, and Fairbanks, Alaska. Other installations are at
Tromso, Norway; Moscow, Nizhny Novgorod and Apatity, Russia; Kharkov, Ukraine
and Dushanbe, Tadzhikistan. None of these existing systems, however, have the
combination of frequency capability and beam steering agility required to perform the
experiments planned for HAARP. "194

A significant difference between what these other facilities are capable of is
that HAARP was designed to focus the radiofrequency transmission into a narrow
beam. 195 At the time that Eastlund invented his particular phased array method of
focusing radiofrequency radiation, the best which could otherwise be achieved, from
the ground to altitudes of 100 kilometers, was about one millionth of one watt
per cubic centimeter. Using a full sized Eastlund ionospheric heater, power
levels of one watt per cubic centimeter could be achieved, a million times
increase in delivered power. Even with a smaller array, like the first phase of
HAARP, a comparison to the other ionospheric heaters cannot be fairly made because
even the smaller HAARP transmitter would have many times more power than
anything in the world at the present time, in terms of power delivered into the
ionosphere. The other ionospheric heaters spread the radiation out, rather than
focusing it like the HAARP transmitter. 196
The way the energy is focused can be visualized using one of the diagrams
Eastlund submitted to the patent examiner when getting his first patent filed. The
diagram shows the old technology beaming the energy up to the ionosphere in a cone
of power with the wide end of the cone reaching the ionosphere. The new technology
utilizes the opposite approach: the beamed energy is focused to a point in the
193 HAARP Fact Sheet, November 4, 1993, issued by Phillips Laboratory.
194 Ibid.
195 HAARP Fact Sheet, March 2,1995, issued by Phillips Laboratory.
196 Interview Dr. Eastlund by Jeane Manning, February 20, 1995.