Page 196 - Elana Freeland - Under an Ionized Sky

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resumed. All systems connected with monitoring and controlling geospace, the ionosphere and
magnetosphere, and harnessing cosmic processes to serve the Space Fence, have been upgraded
and synchronized, including the International Space Station (ISS).
CERN studies how cosmic rays affect the plasma clouds now being produced in the
troposphere and stratosphere by chemtrail jets, ships, and sounding rockets, as well as how to
keep the electromagnetic circuit depositing ions to form the molecules that create plasma—
molecules that CERN propagates via its CLOUD experiments.
The Cosmics Leaving Outdoor Droplets (CLOUD) experiment uses a special cloud chamber
to study the possible link between galactic cosmic rays and cloud formation. Based at the Proton
Synchrotron (PS) at CERN, this is the first time a high-energy physics accelerator has been used
to study atmospheric and climate science. The results should contribute much to our fundamental
understanding of aerosols and clouds, and their affect [sic] on climate. 4
Remarkably similar to Tesla’s Wardenclyffe Tower dome, CERN’s Globe of Science and
Innovations generates and feeds energy into the Global Atmospheric Electrical Grid. Similar to
the Space Fence, CERN’s mission includes creating and sustaining an atmospheric medium for
wireless power (C4).

CERN’s mission of inducing voltage into the Global Atmospheric Electrical Grid is being accomplished by the ionic
jet outflow perpendicular to the Globe of Science and Innovation. Ions are increased in energy and ejected into the
Ionosphere by the phenomena patented by [David] La Point. Once that charge potential is induced into our
environment, it can be used for wireless energy harvesting globally. The technology is being developed by DARPA:
Fractal Rectenna [receiving antenna] Array technology. 5

The present count of particle accelerators affiliated with an international partnership of thirty-
four institutions is as slippery as ionospheric heaters, but at least three in the United States are
part of the more than 160 international support particle accelerator groups connected via ESnet5
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(Energy Sciences Network) fiber optics. Including CERN, particle accelerators generate 100X
more magnetic energy than the entire planet naturally generates, especially when synchronized
with mirrored satellite lasers creating electrical discharges (sprites).
Fermi National Accelerator Laboratory at the FermiLab outside Chicago in Batavia, Illinois,
was recently upgraded with a 680-ton superconducting magnet for its Tevatron.
Los Alamos National Laboratories houses the High Current Proton Accelerator.
Brookhaven National Laboratory houses the Cosmotron. As I indicated in the Preface, BNL
may have participated in the downing of the World Trade Towers in 2001. Here is David
Masem, advanced technology engineer and senior Unix administrator who worked at BNL
2000–2003. As per his request, his story is quoted at length so readers can get a picture of what
national labs are like:

When I worked at BNL, director John Marburger III, Ph.D., had just been chosen to serve as science advisor to
President George W. Bush. The head of the physics department then became the acting director. As he was a personal
friend of my manager, I was given free rein at the RHIC particle accelerator (Relativistic Heavy Ion Collider) and
collision detect for Project Aerosol’s study of aerosol and nanoparticle impact on the environment under SAG
(Stratospheric Aerosol Geoengineering) research. As a Unix Systems Administrator, I configured real-time Unix
servers to perform samplings of collisions of positive and negative charged ions. I also configured Apache websites
(just templates) for publishing the physicists’ findings. During one of my Project Aerosol meetings, I found out that a
mini-HAARP was under construction. There are a number of reactors there, several defunct and several more popular
gradient & graphite reactors for which I had no clearance.
Since I worked closely with the physicists, I was friended by several from Europe who were also working on the
CERN. Over lunch one day at the BNL commissary, one physicist announced that he was going to publicly denounce
BNL for its involvement in geoengineering research. But he never had the chance to do so as he had an “accident” in
Pt. Jefferson while on his motorcycle and was pronounced dead at the scene. As a result of his “accident,” I started to