Page 158 - Elana Freeland - Under an Ionized Sky

fountains of glowing “dust” in the northern polar regions forbidden to commoners by the evil
Magisterium world order wants us to think kindly upon the nanoparticles being spewed to
modify the atmosphere and near-earth orbit. Dusty plasma—a continuation of the conductive
metal nanoparticles being dumped by jets and zapped in our lower atmosphere—is slowly
accreting a Saturn-like conductive “fence” around the equator. It is the ancient alchemical
formula As above, so below all over again as the electro-chemical processes in the ionosphere
and lower atmosphere are woven into a plasma mesh or grid of domination.

LIGHTNING, SPRITES AND STARFIRE

LASER — light amplification by stimulated emission of radiation MASER — a microwave laser

Transmitting and steering electricity through the air over distance requires conductive density.
Thus, keeping the lower atmosphere energized with metal nanoparticles constantly charged and
colliding has given the green light to a vast array of laser operations:

. . .lasers work by passing energy through a “lasing medium,” which causes electrons in the medium to reach a
specific excited state and to interact with electromagnetic waves so as to give the wave that extra, exciting energy.
This interaction, called stimulated emission, is reliable enough that with the excitation of certain media, we can create
beams of light specific enough to do everything from slice raw carbon to transferring data across continents. . .light
guns are broken down according to the type of wave emitted. . .the more useful rubric [being] the way we power up,
or “pump,” the lasing medium. 92

Whether powered by gases (carbon dioxide, fluorine, deuterium fluoride), chemicals, solid
fibers, or wafer-thin diodes, lasers are about getting the energy into the electrons—“jacked up
atoms just itching to offload their energy to the right passing wave”—then sending the electrons
into the target. Firing a two-nanosecond pulse from a 5TW nitrogen/helium laser needs a certain
chemical metals-plasma gas density in order to create the essential laser-induced plasma
channels (LIPCs). Initially, two interfering beams—a lesser (femtosecond) laser and a greater
(nanosecond) dress beam laser—were needed for LIPCs, but now only one beam is necessary.

The idea of using laser to channel electricity through the air, which is normally not conductive, was first proposed in
the 1970s and further explored through the 1990s. The research was based on the idea that by superheating a very
narrow column of air, it would be possible to create a straight path along which an electric charge could flow. . .The
highly focused laser beams superheated a narrow line of air molecules, stripping off their outer electrons and
producing a filament of charged plasma. The higher-than-normal concentration of free electrons in the plasma
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overcame the atmosphere’s natural insulator properties, making it much more conductive.

Consider the role lasers play in manipulating the natural roll-up of atmospheric weather
moving east-northeast off the Pacific Ocean. A relay system of sixteen stationary Starfire optical
lasers near or on military installations or air bases in the middle of nowhere—from the original
Starfire Optical Range at Kirtland Air Force Base in Albuquerque, New Mexico, northwest to
Tonopah, Nevada and further north to Boise, Idaho, with eight at Eglin Air Force Base in Florida
—is utilized to manipulate the jet stream for weather deliveries. As coastal air pressure is
bundled into a north-south LIPC “log” off the West Coast, moisture from the South Pacific is
folded into it and shunted north to the jet stream loop over Vancouver Island, which then
piggybacks the additional moisture east for weather operations in the Midwest, Texas, Florida,
the Atlantic coast, etc. With differently shaped laser beams—such as the Teramobile laser