Page 99 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

An individual of the species would be incapable of performing all of these complicated
actions. An individual’s nervous system enables it to solve problems related to

everyday activities and normal functions of the organism. The degree of development
of an individual’s nervous system corresponds to the complexity of existing conditions
in the habitat of the species. Thus, in the process of evolution, many species developed
the ability to create a mutual nervous system of the population as a whole (the
superorganismic state) in situations where the capabilities and actions of an individual
did not permit it to solve problems encountered in suddenly-developing survival
challenges.

The evolutionary process has also created species whose individual members have a
nervous system structure capable of solving complicated tasks. Such a structure is a
system of billions of interactive neurons, concentrated in one individual. The
interaction between neurons comprising this system is maximum and the coefficient of
interaction approaches 1 (one). At the same time, the entire system is maximally
insulated and impervious to the impact of other psi-fields — (the coefficient of

interaction between it and other such systems, k(N;S), approaches zero).

This happens as a result of the protective (insulating) psi-field created by the
individuals of the species. Where you have such complex psi-fields, maximum
insulation is necessary to permit the acquisition and consolidation of the individual’s
experience for transmission to future generations through changes in the genetic code
and direct training. The presence of an individual, complex psi-field, containing

billions of interactive neurons, makes it possible to create specialized functions, thus
securing life-support processes and related behavioral responses for the processing and
storing of information about the internal and external milieu. At a certain stage in the
gathering of information and the development of such a psi-system, comes the ability
to analyze the information and implement intelligent action and responses to the

processes unfolding in the environment.

As this occurs, a large number of neurons begin specializing in the transformation of
one kind of matter into another, in the creation of holograms and the synthesis of the
individual’s etheric, astral, and mental bodies. The synthesis and development of these
bodies is only possible at a particular level of evolutionary development of the
cerebral neurons. This happens only in the presence of a critical quantity and quality

of information entering the brain through optical, auditory, tactile and olfactory
channels via a variety of neural signals.

These signals make a change in the qualitative state of the external and internal milieu
of the receptor neurons. The neurons collect this information in aggregates of various
kinds of matter; this leads to quantitative and qualitative changes in organic and

inorganic molecules and in the ions contained inside the neurons. Ultimately, the
result is a change in the value of the cell’s microcosmic curvature. When the
curvature reaches a value of ∆λ'2, the qualitative barrier between the physical and

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