Page 266 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

in the living... However, to encompass the whole picture, we must include all the
processes unfolding in non-living nature as well...

Chapter 10. The unity of microcosmic and macrocosmic laws in
the universe

Our solar system arose as a consequence of the space curvature created by the birth of
our star – the sun.

During the birth of a star the curvature and dimension of its surrounding space undergo
distortion – change. This process, in turn, sets up the necessary conditions for the
synthesis of matter within the region of curvature. The condensation of the substance

gives rise to the creation of planets in the areas of altered dimension.

Our planet Earth was created by the progressive synthesis of seven forms of
matter (see Ch. 1). Six material spheres were formed as a result of that synthesis.
These spheres were qualitatively related to each other by virtue of their possessing
greater or lesser amounts of elements in common (see F Fi ig gs s. . 1 11 1, 1 12 2, 1 12 2a a).

The physically dense sphere, popularly known as planet Earth, consists of substances

we differentiate into four aggregate states: solid, liquid, gaseous, and plasma. Plasma
is a critical state of physically solid substance in that, although stable over time, it can
undergo loss of stability and destruction. The nuclei of the plasma ions start
disintegrating into their component types of matter: As the atom disintegrates – from
whatever the cause – it loses electrons, thereby triggering a change in its microcosmic
dimension.

When the above change equals Δλ′1 (Δλ′1 ≈ 0,020203236...) the nucleus becomes
unstable and disintegrates. However, before delving further into micro- and
macrospace, let us examine the nature of an atom and see how various atoms impact
their microcosm.

A hydrogen atom is the simplest in structure and affects its microcosm minimally (see

F Fi ig g. . 1 13 3) Transuranium elements have the greatest impact on their microcosmic
dimension.

The change caused by the transuranium nuclei is about equal to Δλ′1 ≈ -0,020203236...
In general, quite minimal changes in the external environment are sufficient to trigger
the disintegration of these atoms into simpler, more stable elements.

How, then, do the hydrogen and transuranium elements differ in their impact on their
respective microcosmic dimensions?

The nucleus of a hydrogen atom (atomic weight of 1) effects the smallest change in the
curvature and dimension of its microspace, which, in turn, gives rise to a secondary
decrease in its microcosmic dimension by a value of

Δλ′H ≈ -0,00008597... (see F Fi ig g. . 1 14 44 4).

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