Page 344 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

A, B, C, D, E, F, G — Primary matters

C. The Structure of the Microcosm

F Fi ig g. . 1 13 3. . Atomic Stability and Spatial Curvature.

The stability of the atoms of chemical elements depends
upon the atomic weight of their nuclei. The lighter atoms
have a minimum impact on their surrounding space:
therefore they do not survive for very long in a “free”
state. They form combinations of atoms that are more

resistant to the impact of external influences.

With an increase in the nuclear atomic weight, an atom’s
impact on its surrounding space increases so that, among
other factors, a greater external influence is necessary for
them to form new combinations.

When the curvature of space attains a certain critical
value, the smallest external influence will induce a change in the atom’s qualitative

state and disintegration of its nucleus into simpler, more stable nuclei. This is the
process of radioactive disintegration.

There is a certain range of nuclear atomic weight necessary for atomic stability. The
most stable elements have an atomic weight ranging from 1 to 200 a.u. (atomic units).
Gold, with an atomic weight of 198 a.u. is the most stable element. It does not naturally
react with other elements.

The elements with an atomic weight greater than gold are increasingly unstable, and,
beginning with uranium, radioactive.

There is also electronic stability when the outer electron levels are completely filled as
occurs, for example, in inert gases; elements with electronic stability do not interact
with other elements to create compounds.

1. The range of atomic weight of the elements which interact with other elements to
create new compounds.

2. The range of atomic weight of the elements which only weakly interact with other
elements to create new compounds.

3. The lower limit of atomic weight of elements which have the maximum impact on
their surrounding space, where even a minimal influence is sufficient to initiate the

process of disintegration.

4. Range of the limits of the atomic weight of the radioactive elements.

5. Splashes of atoms with electronic stability.

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