Page 32 - Elana Freeland - Under an Ionized Sky

generate earthquakes, tomographic penetration of regions of the Earth for mineral or oil
exploitation, discovery of underground installations, etc.
The process is not unlike sonar’s ability to produce a radar-like echo. Tune the ground
mechanism—the phased-array antennas laid out in a hexagonal grid following large copper
cables buried underground—to produce a standing sky wave that will echo back as a ground
wave to be steered and relayed for military operations. HAARP’s IRI was thus able to create a
“virtual antenna” in the sky called an Ionospheric Alfvén Resonator (IAR). Properly activated,
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Alfvén waves (whistlers) and magnetosonic (MS) waves in the magnetosphere create a
standing wave between the ionosphere and our troposphere that radiates extremely low
frequency (ELF) signals around the globe—signals that can be heard in the deepest depths of the
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oceans. This resonance of standing oscillations “behave as strings with the ends fixed in the
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ionosphere.” (Thus, the acronym HAARP.) By constantly priming our atmosphere with
conductive metal particulates, a virtual antenna for C4 military operations is thus maintained.
Compare a Space Fence around the Earth with NASA’s plan to build a de facto
magnetosphere around Mars to protect it from solar wind and debris until a new atmosphere
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forms. Referencing a 2002 paper, Chris Fontenot says NASA’s plan for Mars is entirely
possible, thanks to Alfvén waves:
This technology involves Alfvén wave modulation via HF perturbation by ionospheric heaters located around our
planet. The notion of increasing the magnetic field of Mars through a similar process isn’t far-fetched in the least.
These Alfvén waves are responsible for Earth’s magnetic field strength: a naturally occurring process normally fueled
by solar activity.

HAARP created the consummate standing sky wave. In HAARP’s backyard, Nick Begich
and Jeane Manning explained it twenty years ago in Angels Don’t Play This HAARP:

This invention provides the ability to put unprecedented amounts of power in the Earth’s atmosphere at strategic
locations and to maintain the power injection level, particularly if random pulsing is employed, in a manner far more
precise and better controlled than heretofore accomplished by the prior art. . .[T]he goal is to learn how to manipulate
the ionosphere on a more grand scale than the Soviet Union could do with its similar facilities. HAARP [is] the largest
ionospheric heater in the world, located at a latitude most conducive to putting Eastlund’s invention into practice. 18
[Emphasis added.]

In fact, HAARP’s effective radiative power (ERP) is so great that when its beam intersects
with just one other ionospheric heater beam in the Schumann resonance range of 7–8Hz, the
entire ionosphere “rings.”
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Between HAARP’s closure in 2013 and reopening in 2015, its IRI phased array was re-
calibrated to synchronize with the vast ground-based network being tuned to resonate with the
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Space Fence infrastructure, from ionospheric heaters (including many now mobile ) to ELF
receivers, digital HF ionosondes, magnetometers, photometers, VLF sounders and VHF
riometers, HF receivers, HF/VHF radars, optical imagers, rockets with “particle beams and
accelerators aboard (e.g., EXCEDE and CHARGE IV), and shuttle- or satellite-borne RF
transmitters (e.g., WISP and ACTIVE),” and sounding rockets probing heated regions of the
ionosphere and dropping “chemical releases” for “space-based efforts.” 21
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The June 6, 1995 “HAARP Research and Applications Executive Summary” put out by the
Technical Information Division of the Naval Research Laboratory makes it clear that HAARP
was always about the military commitment to controlling the ionosphere so as to generate plasma
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“lenses” capable of focusing large amounts of HF energy at high altitude, triggering