This triggers a chemical temperature control within a threesecond time segment.
Problem solved. The
second is called attenuation – this is negative noise frequency
buildup that at some
point will overwrite the
signal. Technically this
is resolved via attenuation or signal amplifiers. In the human
body this was resolved
in the simplest but
most effective way –
with polarity switching,
known as attenuation.
In the human body this
attenuation was done
twice – once in the lower
torso and the second
time in the neck. This
prevents overheating
of the body from one
side and it protects the
brain from the other
side.
In order to complicate
the picture, let us get
back to the first diagram which indicates
that half of the system has a high concentration of CO2 and
the other half has a
high concentration of
oxygen. Considering
the chemical difference
each half oscillates
in a slightly different
harmonic frequency,
which when combined,
makes a perfect frequency oscillation filter
bridge (ref. to following
equations Vpp = I / R
where R = 2f.c > Vpp
20
= I / 2f.c). Here is the
technical description.
The blood comprises
water, which oscillate
at a frequency of 3657
cm -1 wavelength. CO2
oscillates frequency of
1334 cm -1. Oxygen
oscillates at a frequency in the range of 1103
cm -1 wave length.
Either component has
a harmonic frequency
lower than water which
means that each component deviates from
the base water frequency at a slightly low
amplitude.