Page 209 - Spirit and Mind. Vol 1

Nicolai Levashov. Spirit and mind. Vol.1

stability within the entire dimensionality range between the physical and etheric
spheres. Thus hydrogen can be stable both inside an incandescent star as well as in
interstellar space. For this reason, hydrogen is the most widespread element in the
universe.

Practically all processes occurring in
the universe involve its participation.
Hydrogen is the basis not only of the

thermonuclear reactions in stars, but it also
plays a major role in making possible the
existence of living matter.

1. Lowest dimensionality level of the

physical sphere.
2. Highest dimensionality level of the
physical sphere.

Fig. 10 — Comparison of the degree of
influence of the hydrogen atom, H, and the
uranium atom, U, on the surrounding
microcosm (microspace). The self-

dimensionality of uranium, U, allows it to
be stable within the limits of a minimal
range of dimensionality.
1. Lowest level of dimensionality of

the physical sphere.
2. Highest level of dimensionality of
the physical sphere.
3. Highest level of dimensionality of
the etheric sphere For this reason, uranium
and all trans-uranium elements are
radioactive, i.e., unstable practically under
any conditions, unlike hydrogen and other
light elements, which become stable only

under certain conditions.

The lighter the element, the more
stable it is; this means that a greater
external effect is needed to trigger its

instability.

Fig. 11 — every atom or molecule has
a dimensionality range, within which it
maintains its stability. Therefore, the
physically solid matter of a planet is
distributed according to these ranges of

209
Back to contents