mirror of
https://github.com/nhammer514/textfiles-politics.git
synced 2024-10-01 01:15:38 -04:00
136 lines
7.5 KiB
XML
136 lines
7.5 KiB
XML
<xml><p>
|
|
--TERMINAL ABM SYSTEM--
|
|
|
|
Very neat things can be done if one "nests" several Tesla shields --
|
|
say three or four -- concentrically, one inside the other. In that case even
|
|
the nuclear radiation (such as gamma rays) from a defense-suppressive high
|
|
altitude nuclear burst can be handled.
|
|
|
|
For example, suppose three such concentric shields are placed over a
|
|
large vital area. Further, suppose a high altitude nuclear burst is placed
|
|
above the outer shield. Gamma radiation almost instantly strikes the plasma
|
|
in the outer shell, where it is absorbed, scattered, and re-radiated at a
|
|
lower temperature. (That after all is what plasmas do.) Inside the first
|
|
shell, the scattered radiation is now in the x-ray and ultra violet region.
|
|
Let us track the most lethal component, the x-rays. </p>
|
|
|
|
<p> The scattered x-rays then strike the second plasma shell, and are
|
|
absorbed scattered and re-radiated at a lower temperature. Inside the second
|
|
shell the scattered radiation is now in the visible and infrared region, with
|
|
a little ultraviolet.
|
|
|
|
This optical radiation in turn strikes the third plasma shell, and is
|
|
absorbed scattered and re-radiated at still lower temperature. Inside the
|
|
third shell, most of the energy is now in the form of radio frequency (RF)
|
|
energy, with a little IR and visible band spectral energy content.
|
|
|
|
At this point, ordinary electromagnetic interference (EMI) shielding of
|
|
electronic equipment on the ground inside the third shield can take care of
|
|
any RF interference resulting from the emergent RF noise. </p>
|
|
|
|
<p> As can be seen, three shells are sufficient to convert the gamma and
|
|
x-ray radiation (and ultraviolet and infrared) mostly to harmless RF energy
|
|
before all three shells are penetrated. Thus the tactic of deliberate defense
|
|
suppression by a preliminary high altitude nuclear burst can be countered by
|
|
multiple Tesla shields. </p>
|
|
|
|
<p> In addition, of course, any ordinary vehicles penetrating all three
|
|
shields are exposed to successive violent EMP's and are almost certainly
|
|
electrically dudded. The vehicles are also subjected to multiple periods of
|
|
intense heating, so combustibles, fuels, explosives, and ablatives are
|
|
destroyed. In addition, metal structures may be melted or vaporized. </p>
|
|
|
|
<p> Think of it this way: anything which hits one of these Tesla shields
|
|
goes phhht! Just like a bug hitting an electrified bugkiller screen. </p>
|
|
|
|
<p> For years passing ships have observed and reported such multiple-shield
|
|
"light phenomena" over remote regions of the ocean. U.S. intelligence has
|
|
routinely not paid any heed to "lights at night" over remote ocean areas, and
|
|
so Soviet tests in this manner have remained relatively unnoticed by
|
|
officialdom... </p>
|
|
|
|
<p>--WOODPECKER BEAMS INTERSECT OVER NORTH AMERICA--
|
|
|
|
In July 1976 the U.S. received very special Bicentennial greetings from
|
|
the Soviet Union. </p>
|
|
|
|
<p> At that time, communications systems of the world in the 3-30 megaHertz
|
|
band suddenly met substantial interference from extremely powerful, chirped
|
|
Soviet transmitters which were suddenly activated. These transmitters
|
|
continue their transmission to this day. </p>
|
|
|
|
<p> Estimates of the power of these transmitters vary, but figures range as
|
|
high as several hundred megawatts, with a nominal figure being 100 megawatts. </p>
|
|
|
|
<p> These powerful transmitters were properly nicknamed "Woodpeckers"
|
|
because of the characteristic sound of the chirped signal when received. That
|
|
is, the received signal makes a "pecking" sound much like a woodpecker's beak
|
|
hitting a block of wood. </p>
|
|
|
|
<p> Several nations protested, but the powerful signals have continued,
|
|
right down to this day. The only Soviet response was to add a "spread
|
|
spectrum" capability, so that the transmitter would not dwell too long on one
|
|
specific frequency, but shifted periodically to other frequencies. </p>
|
|
|
|
<p> These transmitters have apparently never been precisely located by U.S.
|
|
intelligence, but their beams carry much of the characteristics of an over-
|
|
the-horizon (OTH) radar. They have been dubbed OTH radars by U.S.
|
|
intelligence, and can without question perform that mission, in addition to
|
|
some very interesting missions that U.S. intelligence does not assess. </p>
|
|
|
|
<p> "Soviet Military Power", Department of Defense, 1985, p.45 shows the
|
|
direct intersection over the United States of the Woodpecker radar beams used
|
|
in an OTH role. In addition, shown is an additional "scanner" beam which can
|
|
be scanned across the intersection "grid" over the U.S., formed by waveform
|
|
interference of two main Woodpecker beams. </p>
|
|
|
|
<p> First, they can be used in a conventional OTH radar mode, since their
|
|
beams follow the earth-ionosphere waveguide and curve around the earth. In
|
|
this mode they can detect missiles at launch and thereafter, and strategic
|
|
bombers at launch and thereafter. </p>
|
|
|
|
<p> These scalar interference grid weapons can be used to biologically
|
|
attack entire populations in a targeted area. This aspect is not covered in
|
|
this briefing. Suffice it to say that phase locked ELF modulation signals of
|
|
10 Hz and less are often detected on multiple woodpecker frequencies
|
|
simultaneously. In a target area, this modulation -- is sufficiently stronger
|
|
than the Schumann resonance of the earth's magnetic field -- will entrain a
|
|
percentage of the brains into "forced entrainment". In that case, these human
|
|
brains are "synchronized" to the Woodpecker signals so that multiple coherent
|
|
frequencies are phase-locked into them. That is, multiple coherent EM
|
|
channels directly into these entrained brains now exist. At that point,
|
|
Fourier expansions may now be used to attack specific portions of the brain
|
|
geometrically. </p>
|
|
|
|
<p> In addition, scalar EM disease patterns can be modulated upon the
|
|
carriers, again with fourier expansions. Specific biological effects can be
|
|
induced in the entrained populations at will, limited only by the state of
|
|
the art of the Soviet technology used to attack them. Possible effects
|
|
include instantaneous death, heart seizure, severe emotional disruption, loss
|
|
of control of internal functions, diseases, disabling of the immune system,
|
|
and even implantation of thoughts, emotions, and ideas which are interpreted
|
|
by the subjects as their own. </p>
|
|
|
|
<p> While further discussion of this area is beyond the scope of my
|
|
knowledge, the biological aspects of the Woodpecker transmitters are
|
|
horrible. It suffices to say that, in thousands of experiments, Kaznacheyev
|
|
demonstrated that almost any kind of cellular death and disease pattern
|
|
could be electromagnetically transmitted. Kaznacheyev reported the effect in
|
|
te near ultraviolet. Experimenters at the University of Marburg in West
|
|
Germany duplicated the experiments in the infrared.</p>
|
|
|
|
<p> The bottom line is that photons themselves can carry death and disease
|
|
patterns between cells. Scalar EM technology allows synthesis of the actual
|
|
potential pattern (which after all represents total control of charge and
|
|
charge distribution, hence biochemistry in the cell) of a particular
|
|
disease or death mechanism. Symptoms (and cellular death from them!) of
|
|
nuclear radiation, chemical poisoning, bacterial infection, and other
|
|
mechanisms were induced by the Kaznacheyev experiments.</p>
|
|
|
|
<p> Dr. Popp of West Germany has published an analysis of the virtual
|
|
photon master control system of the cells. Since scalar EM represents the
|
|
deliberate ordering of virtual particle flux into deterministic patterns,
|
|
the master control system can readily be entered with scalar techniques to
|
|
induce disease and disorder at will...
|
|
|
|
</p></xml> |