shown on this slide, the technology is also usable from aircraft against
ground targets, particularly ground-based radars and communications systems.
the aircraft has a modified jammer, able to emit a beam of scalar energy
from one or more translator/transmitters.
By simply training a beam on the radar, eventually the radar can be
knocked out. That is the simplest use.
sophisticated usage is provided by more than one translator/transmitter,
acting as a scalar interferometer.
mode, each translator/transmitter emits multiple scalar carrier
frequencies. Two Fourier expansions are established, so that a three
dimensional "ball" or sphere of interference-zone energy is
established. By pulsing or phasing, this ball is moved to strike the
location of the radar, delivering a large burst of energy to it and
knocking it out. Alternatively, the energy bottle is "dumped"
when it reaches the targeted radar or its near vicinity.
better way is to fire one Fourier scalar pattern directly at the target
radar, then fire a second pulse faster so that it overtakes the first
directly upon the target. (The ensemble of such a pattern acts as a
soliton, and its velocity is controllable by controlling the amplitude
of the pattern generated).
second scalar overtakes the first, a sharp interference is formed, with
a fast energy bottle, which is then nonlinearly dumped in microseconds
or milliseconds. In this fashion, all the energy put out by the
jammer is delivered directly upon and into the target in one sharp EMP
pulse, much like that from a small nuclear explosion. The target
such a weapon can be utilized against tanks, vehicles, explosives,
missiles, ammunition, bridges (the airblast), bunkers (the blast can
occur INSIDE the enclosure), ships, planes, personnel, and targets of
have had such secret weapons for years.
additional country has them also.