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functions can be served by a single antenna having such an architecture.” (Emphasis added.)
This photo is what our sidewalks, yes, in front of our homes and businesses, are going to have every 50 feet, including our
bedrooms . . . SB 649 [the “small cells” like 5G bill] . . . would strip local governments of their property rights and force them to
ignore safety, aesthetic, health and other issues, and approve all wireless company applications along public streets and on public
properties. The California State Assn. of Counties has written a letter strongly opposing SB 649 . . . Lloyd’s of London and Swiss
Re, two major insurance companies of the world, will not cover medical expenses incurred due to exposure of electromagnetic
radio frequency radiation (EMR) (i.e. cellphones, WiFi, cell towers, antennas, DAS, IoT devices, smart meters, etc.).
—Nevada City Councilwoman Reinette Senum, April 26, 2017
See Councilwoman Senum’s April 3, 2017 article “The 5G Network: What You Don’t Know May Kill You,”
www.thefoghornexpress.com/single-post/The-5G-Network-What-You-Dont-Know-Can-Kill-You
Basically, phased arrays are geometrically arranged collections of individually controlled
transceiver antennas. Coupled with the ducting and amplifying of the “chemical antennas” being
delivered by chemtrails, the phased array’s geometric arrangement guarantees that the output
field will be greater than the sum of the waves (exponential) emitted by individual antennas.
Control the phases of the individual signals and the output field can be given any desired “shape”
or direction, the only limitations being the length of the wavelength, the number of individual
antennas, and the size of the array. The “shape” can be a narrow beam directed at one person in
one building or hundreds of independent beams directed at hundreds of targets, depending on the
“phasing.” Phased-array radar can track many people simultaneously while the antennas remain
absolutely stationary.
In its receiving mode, the phased array picks up much more information than an ordinary
antenna because it operates as a hologram, measuring entire EM field geometries, not just one-
dimensional EM signals. Its holographic capability can remotely create 3D EM field
distributions around targets. While correcting for reflections and interferences, the field can then
be transformed and moved to another target somewhere else in a fraction of a second.
A constant dissemination of barium nanoparticles enhances the holographic capability of
phased arrays. Strontium barium niobate (Sr Ba Nb O ) is used in outdoor holographic 3D
x
1-x
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displays as a “screen” (Wikipedia). Barium stearate (“soap” bonded to metal particulates) also
aids high-tech 3D radar imaging. As Will Thomas wrote in 2013, “Even if commercial wireless
frequencies are not conducted as coherent signals by chemtrails specifically ‘tuned’ to HAARP