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Robot Pigmentation Sensory Device- by Seung Bum Kim (c)opyright 2012
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Crazy Wax3
Oct 16, 2012, 11:18:04 PM10/16/12
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Through a special motion sensitive device that operates to cause
target lock through disruption signals of movement through strong
stasis readings and buffer memory reading of the default particular
readings by electrical ionic movements of the sensitivity device made
into frequency friction through wavelength changes by detecting the
thickness of the signal it can read into various pigmentations where
skin type can be tracked by disturbance signals through the thickness
readings from the derivative spot by elongated logorhythmic shifts
rather than erratic wavelength which signifies whiter pigmentation in
which nanophysical shifts of leptonic activity can be used to track
particular people where iodine detection can also be made through
discontinuuity of the connected wavelength frequency signals where
light Titanium armor can be used to create an invulnerability to the
robotic vehicle as the readings based on peripheral signals in which
the sensory information is processed by derivative coordinate reading
that operate by creating the shortest distance from the target to the
sensory sheathe causing target lock and progressive attack combined
with armor making it difficult to dismantle.
Robot Pigmentation Sensory Device- by Seung Bum Kim (c)opyright 2012
target lock through disruption signals of movement through strong
stasis readings and buffer memory reading of the default particular
readings by electrical ionic movements of the sensitivity device made
into frequency friction through wavelength changes by detecting the
thickness of the signal it can read into various pigmentations where
skin type can be tracked by disturbance signals through the thickness
readings from the derivative spot by elongated logorhythmic shifts
rather than erratic wavelength which signifies whiter pigmentation in
which nanophysical shifts of leptonic activity can be used to track
particular people where iodine detection can also be made through
discontinuuity of the connected wavelength frequency signals where
light Titanium armor can be used to create an invulnerability to the
robotic vehicle as the readings based on peripheral signals in which
the sensory information is processed by derivative coordinate reading
that operate by creating the shortest distance from the target to the
sensory sheathe causing target lock and progressive attack combined
with armor making it difficult to dismantle.
Robot Pigmentation Sensory Device- by Seung Bum Kim (c)opyright 2012
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