Page 92 - Elana Freeland - Under an Ionized Sky
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CHAPTER FOUR



               Sky Anomalies








               A  system  for  facilitating  cloud  formation  and  cloud  precipitation  includes  a  controller  and  a
               beam emitter that is responsive to the controller. The beam emitter is configured to emit a beam
               to  form  charged  particles  within  an  atmospheric  zone  containing  water  vapor.  The  charged
               particles enhance the formation of cloud condensation nuclei such that water vapor condenses
               on the cloud condensation nuclei forming cloud droplets. The system further includes a sensor
               configured to detect a cloud status and output a signal corresponding to the cloud status to the
               controller.
                          — “System for facilitating cloud formation and cloud precipitation,” US 9526216 B2,
                                                                     Kenneth G. Caldeira, December 27, 2016








               At last count, there were sixteen different mixtures of chemicals for aerosol distribution—twelve
               electrically  different  from  each  other  and  four  being  time  tags  logging  how  the  mixtures  are
               working at all layers in the vertical wall of connectivity between them. Ultimately, the military
               plans  twenty-four  layers  extending  from  Earth  into  the  higher  frequencies  of  space.  Thus  the
               electromagnetic  Space  Fence,  with  its  cloak  of  invisibility  dependent  upon  terahertz  (THz)
               wavelengths so small they can manipulate individual atoms, is to be contiguous with the witches’
               brew in our atmosphere.
                   Not surprisingly, the number of “new clouds” being generated by geoengineering is the same
               as  the  number  of  chemical  mixtures—a  baker’s  dozen  decided  by  the  Cloud  Appreciation
               Society for the World Meteorological Organisation to include in its revised International Cloud
               Atlas first published in 1896. Joining Nature’s clouds—cirrus (L., feathers), cumulus (L., heaped
               up),  stratus  (L.,  layered  and  smooth),  and  nimbus  (L.,  rain-bearing  cloud)—are  asperitas  (L.,
               roughness), cauda (L., tail), fluctus (Kelvin-Helmholz), murus (L., wall), flumen (“beaver’s tail,”
               associated with a supercell severe convective storm), and the species volutus (L., rolled).
                   The inclusion of rainbows, halos (sun dogs), snow devils and hailstones is odd—“All types
               of optical effects can be defined as clouds,” says BBC meteorologist John Hammond, who is
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               looking forward to “many new entries in the future” —but no odder than lumping anthropogenic
               plasma cloud production via chemicals and radio frequency and microwaves in with Nature’s
               clouds. As the World Meteorological Organization puts it, “19th century tradition, 21st century
               technology”:
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