Page 210 - Spirit and Mind. Vol 1

Nicolai Levashov. Spirit and mind. Vol.1

stability.

The boundaries of these ranges delineate the division between the atmosphere,
oceans and solid surface of a planet. The boundaries of stability of a planet's crystal
structure repeats the con-tours of the nonuniform zone; therefore the surface of the
firm crust has hollows and ledges.

The hollows are subsequently filled in with water and form oceans, seas and
lakes. Water is really liquid crystal; since it possesses a minimal self-dimensionality
level, it is stable in the highest range levels and, by the same token, is permitted to
accumulate in the hollows of the crust.

The atmosphere, blending gradually into the ionosphere, which is plasma (i.e., a

transitional state between physical and gaseous matter), occupies the upper limit of
the dimensionality range of physically solid matter.

After the synthesis of physically solid matter, the atoms acquire some stability to
external changes in macrocosmic dimensionality. Therefore, only when the amplitude
of the macrocosm's external dimensionality gradient becomes equal to one-half of the
dimensionality range of the physical sphere, do the atoms become unstable and
disintegrate.

1. Dimensionality level of the atmosphere.
2. Dimensionality level of the oceans.

3. Dimensionality level of the Earth's crust.
4. Dimensionality level of magma.

Fig. 12 — Every atom has a specific self-
dimensionality level; if this level coincides
with its macrospace's self-dimensionality, it
maintains a stable condition. Otherwise it
destabilizes and dis-integrates. If atoms of
two different elements, A1 and A2, have
self-dimensionality levels differing from

each other by a value of L, they cannot,
under usual conditions, make up one
system.

Fig. 13 — The opportunity for atoms
of different self-dimensionality levels to
form a molecule occurs when one of them

absorbs or radiates electromagnetic waves,
the wavelengths of which are
commensurate with the distance between
the atoms.
The necessary conditions are fulfilled
by waves ranging from infrared to
ultraviolet. When one of the atoms absorbs a wave, its level of self-dimensionality is

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