Page 55 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

Since the required molecules in monocellular organisms need to be only one tenth the
size of RNA and DNA molecules, the problem should be readily solved. However, the

situation is not that simple. Every molecule changes its microcosm and this change is
permanent as long as the molecule itself remains intact. But, for the synthesis of
organic molecules, the microcosmic dimensions must fluctuate with an amplitude of:

0 < ∆λ < 0.010101618, and be periodic.

For this to occur, molecules within monocellular organisms must be able to respond
to even minimal external environmental stimuli by fluctuations in their microcosmic

dimensions of 0 < ∆λ < 0.010101618. At the same time environmental radiations must
be able to penetrate their membranes unimpeded without destroying the monocellular
organisms.

The external factors meeting all these demands are the low thermal and optical
radiations of the sun. Other segments of solar radiation, such as x- and gamma radiation

are destructive to organic compounds and organisms. What situation, then, can provide
organic substances and organisms with the softer, lower frequency radiations from the
sun, while simultaneously filtering out the harsher, higher frequency solar radiations?

Again, the solution is provided by water. Sea water absorbs x-rays and gamma
radiation and allows the passage of the sun’s thermal and optical radiations, which
readily penetrate the membranes of monocellular organisms.

Therefore, the following conditions are both necessary and sufficient for the cellular
synthesis of organic substances:

a) the presence of organic molecules within monocellular organisms, which can readily
change their structure in response to changes in external factors, leading to fluctuations
in microcosmic dimensions within a range of:

0 < ∆λ < 0.010101618...

b) the presence of external factors, such as low frequency thermal and optical radiations
from the sun, that will cause the required changes in molecular structure without
destroying the molecules of monocellular organisms.

In the course of evolution the exact molecule that meets the requirements was

developed — chlorophyll.

While absorbing certain frequencies of the optical (photonic) and thermal radiation of
the sun, chlorophyll molecules change their structure, creating new, but very unstable
compounds. These compounds disintegrate as soon as the effect of the thermal and
optical radiations ceases: this is precisely what causes the fluctuation in microcosmic
dimensions so necessary for the initiation of the synthetic process within monocellular

organisms.

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