Page 112 - Nick Begich - Angels Don't Play This Haarp Advances in Tesla Technology

www.earthpulse.com 105 www.earthpulse.com
162
This invention also drew from the Eastlund patents which were cited in
the issued patent document. This is similar to the previous invention, but it uses two
antenna systems which send energy to the same point, thus creating, by a complex
set of ionospheric interactions, a "plasma cloud". The cloud can also be made with
one antenna. The cloud is created with minimum energy, and allows a much improved
"over-the-horizon" (OTH) radar system in terms of detection of both far out and
close
in objects.
An interesting part of the OTH radar system that HAARP, in part, represents
is that the HAARP transmitter is sitting on the incomplete construction site of the
original OTH radar system funded by the United States Congress. The site was being
demobilized because the military suggested that with the Cold War ending it was no
longer needed.

It appears that the reason that the old OTH system was abandoned was
because it was obsolete - based on this new technology. The OTH radar project never
ended at this location; it just changed to a much more versatile multi-use tool, the
HAARP transmitter. Another consideration was that to build a HAARP radiofrequency
transmitting system was much quicker and cost effective.

■
United States Patent Number 4,954,709
Issued: September 4, 1990
Invented by: Arie Zigler, Yossef Elsen from Rishon Le Zion, Israel.
Titled: "High Resolution Directional Gamma Ray Detector".

This device was designed to work with some of the other patents. It is
intended to distinguish the "signature" (the unique characteristics of the object which
allow it to be identified at a distance) of incoming airborne objects to determine if
they are carrying nuclear devices, among other things. The device allows an operator
to see the direction of the incoming objects by screening out the directions which are
of no concern. In the words of the patent,
"The present invention relates to gamma ray detection. More specifically, the
present invention is related to light weight directional gamma ray detectors having a
high degree of angular resolution, high efficiency, and an ability to discriminate low
energy gamma rays."

The invention is-able to operate effectively in areas which have a "large
number of low energy background gamma rays." Gamma ray detection of this type is
required in order to operate the system in the patent described below. It is also of use
in other technologies described in this chapter. Gamma ray detection tells an operator
a great deal about an incoming object, and is particularly useful in identifying objects
carrying nuclear warheads.

162 Eastlund Patent Numbers 4,686,605 and 4,712,155.