ANGELS DON‘T PLAY THIS HAARP Advances in Tesla Technology

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.
United States Patent Number 4,817,495 Issued: April 4, 1989 Invented by: Adam
T. Drobot. Titled: Defense System for Discriminating Between Objects in Space.
This patent refers to Eastlund‘s earlier patent number 4,686,605 as well as other
documents about Particle Beam Weapons and Space-Based Ballistic-Missile Defense
systems more commonly refer-red to as Star Wars systems.
This invention is intended to work with gamma ray detectors and was described
as ―A defense system and a method for discriminating between armed reentry
vehicles and unarmed objects which are in close proximity of each other. The reentry
vehicles and the unarmed objects are bathed in a cloud of relativistic electrons with
the resulting signatures from heavy objects, i.e., reentry vehicles, being imaged
directly. Detectors sense the location and identity of the reentry vehicles and pass this
information onto a weapons platform for tracking and interception‖.
In reading this, we are linked back to other patents described in this chapter, and
can see how these varied uses of Eastlund's original ideas will have far-reaching
effects on the way in which wars are fought.
The importance of this invention to the military is described in the patent;
―Presently, the expected scenario for any large-scale intercontinental ballistic missile
attack includes the deployment of a large number of decoys and penetration aids in a
threat cloud around one or more armed, reentry vehicles in an attempt to confuse any
defense systems set up to counteract the armed missiles... Since the total number of
objects expected in a typical threat cloud may well exceed one hundred thousand, any
truly effective defense system must include a system which is capable of
interrogating all of the objects in the threat cloud and quickly discriminating
between the deadly reentry vehicles and harmless decoys and penetration aids‖.
Also in the patent emphasis is placed on the value of a ground-based system as
opposed to other Star Wars systems which rely heavily on earth-orbiting space
hardware. Space borne systems are not as easy to maintain, and more easily disabled
by adversaries.
This invention reduces the computing needs of defense systems significantly.
Reducing the number of tracked objects to just those which are a real threat allows
for targeting resources and counter measures to be focused on them specifically.
The ideal location for this system is also identified as the North Slope of Alaska,
the most likely path for over the pole nuclear missiles. It is also where the large gas