ANGELS DON‘T PLAY THIS HAARP Advances in Tesla Technology
ANGELS DON‘T PLAY THIS HAARP Advances in Tesla Technology ANGELS DON‘T PLAY THIS HAARP Advances in Tesla Technology
eserves could be used to create the necessary radiofrequency radiation transmitting system. The same magnetohydrodynamic generators mentioned by Eastlund are mentioned, along with the same type of antenna arrays. The patent describes the concept in the same general way that Eastlund did, but defines how the defense components would interact with the system most efficiently. Another application of this technology is described: ―While the present invention has been described for discriminating between armed and unarmed vehicles in a threat cloud during an impending attack, it can also be employed to interrogate orbiting satellites to determine if any said satellites may be carrying nuclear weapons for future launch. Again, a cloud of relativistic electrons would be created around the satellite of interest for interaction therewith to produce a signature from that satellite which, when analyzed, would reveal the nature of the materials contained in the satellite‖. This invention is demonstrated, in prototype form, by the HAARP project. HAARP can be used in this way, and is intended to be used for this purpose. United States Patent Number 4,873,928 Issued: October 17, 1989 Invented by: Frank E. Lowther. Titled: Nuclear-Sized Explosions without Radiation. This device was designed for ―producing explosions from an explosive gas mixture which has a shock yield comparable to a nuclear explosion, but one which produces no radioactive fallout‖. The patent described the background of the invention. ―Between 1945 and 1960, the United States exploded nuclear devices which had a total yield equivalent to approximately 200 megatons (MT) of trinitrotoluene (TNT). Tests conducted by other countries during this time brought the total yield of nuclear explosions to approximately 400 MT. It was quickly recognized that such testing could not continue since each nuclear explosion produced radioactivity that seriously threatened the environment. To protect the environment from such radioactive fallout, most of the world‘s nuclear powers signed the Nuclear Test Ban Treaty in 1963 which prohibited nuclear explosions in the atmosphere, underwater, and in space...‖ ―The necessary prohibition against above-ground testing of nuclear explosives, however, has created situations where alternates to such explosions are needed. For example, all of the sophisticated communication systems, defense systems, weapons systems, etc. that have been designed and built for the military since 1963 have never been tested in their ultimate operating environments, i.e. under nuclear blast conditions... Radiation dosages and electromagnetic pulses which simulate those from nuclear explosions have been produced in shielded laboratories but the extreme shock energies which can be expected from nuclear explosions, e.g. 1 kiloton (KT) or larger, have not been satisfactorily duplicated...‖ So, APTI filled another technological void for military planners by developing a way to test the effects of a nuclear sized shock wave‘s impact on the electronics of defense systems. The invention side steps the treaties on nuclear testing in the atmosphere which allow the military the opportunity to test their hardware without violating these international agreements. As far as is known, this particular invention is not part of the HAARP program but is the last of the APTI patents. The ideal location of this invention, like the others, was identified in the patent as the North Slope of Alaska. ―Preferably, the combustible gas is one that is naturally available in large quantities and is one that can easily and safely be transported to the test site. For example, large quantities of natural gas, i.e. methane, are readily
available in several geographical areas. Especially attractive are the huge quantities of methane in the North Slope area of Alaska, since there are remote areas nearby which are suitable as a test site. The methane can be produced and safely transported to the test site by a common pipeline. However, the test site does not have to be in close proximity to the methane production area since the methane can be gathered and safely pipelined for long distances as is now commonly done in supplying energy to areas remote from the production area. The idea of using the North Slope for nuclear sized weapons testing is not new. It is a myth that the North Slope is some big wasteland suitable only for creating craters with nuclear-size devices. This is home for about 8,000 Alaska natives, and has been for thousands of years. This area also supports significant animal life which the United States has decided to preserve by carefully regulating development, but the balance is delicate. In the authors‘ opinion, the North Slope is not the place for explosions of the size contemplated in this patent.
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available <strong>in</strong> several geographical areas. Especially attractive are the huge quantities of<br />
methane <strong>in</strong> the North Slope area of Alaska, s<strong>in</strong>ce there are remote areas nearby which<br />
are suitable as a test site.<br />
The methane can be produced and safely transported to the test site by a common<br />
pipel<strong>in</strong>e. However, the test site does not have to be <strong>in</strong> close proximity to the methane<br />
production area s<strong>in</strong>ce the methane can be gathered and safely pipel<strong>in</strong>ed for long<br />
distances as is now commonly done <strong>in</strong> supply<strong>in</strong>g energy to areas remote from the<br />
production area.<br />
The idea of us<strong>in</strong>g the North Slope for nuclear sized weapons test<strong>in</strong>g is not new. It<br />
is a myth that the North Slope is some big wasteland suitable only for creat<strong>in</strong>g craters<br />
with nuclear-size devices. This is home for about 8,000 Alaska natives, and has been<br />
for thousands of years. This area also supports significant animal life which the<br />
United States has decided to preserve by carefully regulat<strong>in</strong>g development, but the<br />
balance is delicate.<br />
In the authors‘ op<strong>in</strong>ion, the North Slope is not the place for explosions of the size<br />
contemplated <strong>in</strong> this patent.
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