Page 189 - Elana Freeland - Under an Ionized Sky

trillions of sensors and 4” satellites like CubeSats (mentioned earlier) with attack mode
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capability. And yet when Russia and China sought to release a free database listing of the
thousands of near-earth orbit objects (including NATO and NORAD satellites) for the sake of
more secure orbit operations (and to deter more militarization of space) the U.S. military
objected. 63
The Space Fence utilizes all ground-based S-band relays like NexRads but only as a
“deterrent,” public relations director Nicholas Mercurio of the Joint Functional Component
Command for Space at Vandenberg AFB assures the public. Of course, Space Fence frequencies
are classified and non-trackable, but there is no doubt that S-band recalibrations (2–4 GHz with
wavelengths of 15–7.5cm) on multiple exchange frequencies are part of it. (Related bands are
NATO’s E / F.) In other words, the S-band Space Fence six-acre array at the Ronald Reagan
Ballistic Missile Test Site on the Kwajalein Atoll 2,100 nautical miles southwest of Honolulu is
connected to the four hundred evenly spaced NexRad transceivers across CONUS—all in the
name of “space situational awareness.”
S-band is about planetary lockdown and population control.
Each $5 million NexRad is armed with a klystron, a high-powered microwave (HPM) beam
tube that can amplify high RF and convert a standard power of 50.8 kW of coherent energy to
750 kW, which can then be transmitted as pulsed rotating frequencies at varying angles
(elevations). NexRads track and shepherd local or transiting weather systems by sending up
radar/sonar signals and measuring the distance of clouds, moisture, particulates, etc.
The big NexRad “golf balls” perched on latticed towers were originally peddled by the
Department of Homeland Security (DHS) as a national “weather and atmospheric surveillance”
grid of miniature sensors and high-resolution video monitors, rapid signal processing and
computing. NexRads and the look-alike SBX radomes offshore operate at similar frequencies, as
both are super high-frequency (HF) Doppler radar systems. NexRads by land, SBXs by sea.
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It is no mystery that NexRads are at the center of every tornado or storm vortex. To create
the wind shear for dozens of simultaneous tornadoes or super-cells, NexRad pulsed rotation
frequencies need an artificial precipitation thick with metal particulate “chaff.” Why? Because
frequency cannot be pulsed in pure air. Industrial pollutants provide some of the needed
particulates but not nearly enough for C4 operations. Chemtrail injections of conductive metals
provide the necessary matter or matrix for building or moving storm systems. Once NexRad
rotating frequency pulses strike the nanoparticles and H O, a collision occurs between RF- or
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microwave-heated artificial precipitation (HOT) and frequency-activated ice nucleation (COLD)
to stir the brew into funnels that can then be steered while being fed. 65
To engineer a supercell like a polar vortex, arctic hurricane, or “nor’easter,” cold and warm
air masses must be made to collide. With NexRads amplifying two clockwise winds at different
altitudes and speeds, frequency-activated chemical or bacterial ice nucleation can be added to the
mix to produce softball-sized hailstones and wet snowstorms while chemically altering the
temperatures. NexRad frequencies can then make the precipitation “flash” into heavy wet
“snow” in temperatures as high as 50°F. Once the supercell updraft tightens its spin and speeds
up, a wind shear can occur—a horizontal rotating column of air (funnel cloud) that rain and hail
cause to touch down as a tornado. NexRads operating in tandem can generate multiple tornadoes,
like the sixty tornadoes that assaulted Granbury, Texas in May 2013.
NexRad data is collected and analyzed by signal processors and computers at seventy-two
fusion centers and beyond. The Universities of Massachusetts, Oklahoma, Puerto Rico, and
Colorado State are on NexRad teams, as are Raytheon, MACOM, Vaisala (Finnish), NOAA and