Page 56 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

Absorption of the photons of solar radiation by chlorophyll molecules causes
fluctuations in the microcosmic dimensions of the latter. The process is as follows: as

the chlorophyll absorbs photons, the electrons jump to other orbits. When this occurs,
the chlorophyll molecule attaches OH– — H+ groups to the new electron bonds. This
causes fluctuations in the molecular weight of the chlorophyll molecule with
consequent fluctuation in the dimensions of its microspace. This chain of events creates
the proper conditions for initiating the synthesis of organic compounds. During the
process of synthesis the chlorophyll molecule loses its accumulated potential and
returns to its former stable condition, ready to initiate a new cycle of photon absorption.

This process, photosynthesis, is marked by the absorption of carbon dioxide (CO2),
and the release of oxygen (O2) as a by-product.

Thus, in the course of evolution, thanks to the chlorophyll molecules and through the
absorption of sunlight, the simplest monocellular organisms acquired the capacity to
synthesize the organic compounds necessary for the restoration of their structure and
life.

Additionally, by the synthesis and accumulation of organic substances inside their
structure, the simplest monocellular organisms provided the requisite amount of
organic molecules for the process of duplication — i.e., cell division.

First, let us recall what happens in a simple, monocellular organism, like (non-viral)
DNA. When a monocellular organism accumulates the critical mass of organic

molecules, this changes the microcosmic dimension within the cell, triggering cellular
instability. Primary matters begin to flow from the physical to the etheric level,
initiating cell division.

As in the virus, the spirals of the simple DNA molecule also diverge in the division
process, each to recreate its own mirror image. However, unlike the virus, after splitting
off from each other, each spiral creates its own channel between the physical and

etheric levels. And both channels remain open during the buildup of mirror images.
With the completion of the full structure, a supercritical microcosmic curvature
appears, triggering the disintegration of the structure. This causes the primary matters
which comprise the mass of the structure to overflow onto the etheric level. As
disintegration of mass proceeds, and the amount of mass decreases, the channels
originally created by it narrow, and the flow of primary matters between the levels

gradually returns to normal.

However, during the time of the greatest flow of primary matters between the levels,
the concentration of G-matter becomes several times higher than normal on the etheric
level. This is followed by a reversal of flow of G-matter back from the etheric to
the physical level through the channel. In this process of reversal of flow the etheric
structure of the DNA molecule recreates itself on the physical level, thus restoring its

complete physical structure. The system now attains a state of equilibrium: two

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