Page 269 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

in the dimension of its microspace.

The deformation of space does not only occur in the region of an atomic nucleus.
Therefore, although a given nucleus deforms the space around it, the resulting change

alone is not enough to initiate the synthesis of substance from the seven forms of
primary matter.

A space curvature may arise with the potential for merging six forms of matter, but
for the fusion of seven types of matter, a further minor change in microcosmic
curvature is required. The dimension of these areas varies within a range of

2,9800 < λ < 3,00017

In order to produce an electron, the following dimension is required:

3,0001 < λel < 3,00017

In the latter case, the seventh form of matter also merges with the other six, but the
fusion is very unstable. Minor changes in the external environment can easily disrupt
such a combination. That is precisely why an electron manifests both as a particle and

as a wave (dual characteristics).

Hence, an electron is continuously undergoing both a synthesis and disintegration of
its substance – a process that produces electron clouds, manifesting in several different
forms: S-cloud, P-cloud, D-cloud and F-cloud. Each differs from the others in its
spatial configuration, which, in turn, affects the properties of the electrons and makes
possible a variety of spatial combinations.

As atoms combine into molecules or form crystal lattices, the electron clouds of

different atoms create a common system that is significantly more stable than before.
Such systems consist of two electrons, each possessing a different spin. This is due to
the different types of curvature of their microspace dimension, which deflect space in
two opposite directions – equivalent to a balance level. The electronic structure of the
nearby atoms merge into a shared closed system. The outer electron shells are not

sufficiently filled in to make for a state of balance: an atom possessing an odd number
of outer-shell electrons lacks stability.

Whenever atoms join in a shared system, each pair of atoms contributes one “free”
electron toward the setup of a shared stable system. Conventionally, an electron
revolving clockwise around the nucleus is designated as having a positive spin, while
a counterclockwise revolution denotes a negative spin (see F Fi ig gs s. . 1 14 46 6, 1 14 46 6a a, 1 14 47 7).

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