Page 76 - Elana Freeland - Under an Ionized Sky

frequency steers them to a specified target area. The U.S. Air Force document “Weather As A
Force Multiplier: Owning the Weather in 2025” credits nanotechnology with the total weather
modification process becoming “a real-time loop of continuous, appropriate, measured
interventions, and feedback capable of producing desired weather behavior.” 9
Meanwhile, we breathe in these nano-machines, along with everything else.
Not only is nanotechnology’s stance toward Nature unnatural, but the nano sciences operate
outside the laws of classical physics in the uncharted realm of quantum mechanics. As
theoretical physicist Richard Feynman (1918–1988) said, “If you aren’t deeply disturbed by
quantum mechanics, you clearly haven’t understood it.” Like antimatter, nanobots may be from
parallel dimensions that obey different laws. (See Chapter 7.) For example, tiny nano-scale
molecular rotors don’t interact with air and so cannot be influenced by friction, as normal rotors
in an aircraft engine are. A subtler example is how the Sun’s photons convert semiconducting
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heavy metals into hot energy charge carriers from inside plasmonic metal nanoparticles:

Classical models of photo-induced charge excitation and transfer in metals suggest that the majority of the energetic
charge carriers rapidly decay within the metal nanostructure before they are transferred into the neighboring molecule
or semiconductor, and therefore, the efficiency of charge transfer is low. Herein, we present experimental evidence
that calls into question this conventional picture. We demonstrate a system where the presence of a molecule,
absorbed on the surface of a plasmonic nanoparticle, significantly changes the flow of charge within the excited
plasmonic system. The nanoparticle-absorbate system experiences high rates of direct, resonant flow of charge from
the nanoparticle to the molecule, bypassing the conventional charge excitation and thermalization process taking place
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in the nanoparticle . . . (Emphasis added.)

We really don’t know the end result of nanotechnology marching to a quantum drummer, but
continuing to ignore its complex invasive and invisible aspects everywhere inside and outside
biological bodies and brains is perilous.
Lawmakers and nano-materials physicists have been irresponsible. Feeble warnings followed
the 1996 introduction of the term smart dust by UC Berkeley professor Kris Pister in reference to
nanoparticles fitted with computing power, sensing equipment, tiny wireless radios, and self-
sustaining batteries as the planetary nerve endings that would monitor everything and everyone,
then report back to corporate headquarters of Hewlett-Packard’s Central Nervous System for the
Earth. The 1999 National Science and Technology Council’s Nanotechnology Research
Directions: Vision for Nanotechnology in the Next Decade admitted: “The risks to human health
for particles on this length scale have not been assessed. In some cases, as for silica and asbestos
fibers, the hazard potential is clear; in others, it appears that the hazard potential may be lower.
Nanoscale aerosol particles are constantly involved in complex chemical processes in the
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atmosphere.” (Emphasis added.)
Was there a congressional investigation? No.
A major hurdle for the neuroscientists, geneticists, and Pentagon visionaries committed to
achieving an “enhanced” Transhumanist humanity has been how to mount mass-scale brain-
machine interfaces (BMIs) for a “hive mind.” The answer is to disseminate neural dust
composed of complementary metal oxide semiconductor circuitry (CMOS) and sensors that
lodge in the brain. But while entering the brain from the bloodstream, nanoparticles and nanobots
overstimulate brain cells, form blood clots, and punch holes in cell membranes.
Are chemical trails (and possibly GMOs and vaccinations) delivering neural dust?

Each particle of neural dust. . .is coupled to a piezoelectric material that converts ultra-high-frequency sound waves
into electrical signals and vice versa. The neural dust is interrogated by another component. . .powered from outside
the body. This generates the ultrasound that powers the neural dust and sensors that listen for their response, rather