Page 213 - Spirit and Mind. Vol 1
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Nicolai Levashov. Spirit and mind. Vol.1
general level of self-dimensionality of the atmosphere above the heated surface
increases, while that of the atmosphere above the unlit sur-face decreases.
The decrease in self-dimensionality of the atmosphere over the unlit (night) or
partially lit sur-face of a planet occurs because the atoms of the atmosphere also emit
waves. This leads to reduction in the self-dimensionality of the radiating molecules.
As a result, a horizontal gradient of dimensionality arises between the lit and unlit
planetary surfaces.
Therefore, those molecules not bonded in a rigid system begin to move along
this horizontal dimensionality gradient, which gives rise to the movement of the
atmospheric layers -i.e., the wind.
1. Surface layer of a planet with an atmosphere.
2. Qualitative barrier between the physical and etheric spheres.
3. Qualitative barrier between etheric and astral spheres.
4. Vertical dimensionality gradient inside a zone of uniformity.
5. Horizontal dimensionality gradient arising between lit and unlit planetary
surfaces.
6. Increase in thickness of the qualitative barrier above the unlit surface.
7. Contraction of primary matters at the etheric level above the illuminated
surface.
Fig. 16 — Spatial structure of a diamond,
in which crystal carbon atoms are located
at identical distances from each other. The
distance between the carbon atoms in a
diamond crystal is equal to the size of the
carbon atoms; therefore, no other atoms or
molecules, either greater or smaller than
the carbon atoms are capable of moving
between them.
The replacement of some of the
carbon atoms is possible only by other
carbon atoms. This is what causes the
transparent crystals of the diamond to take
on certain colors.
Thus, one may come to admire the
beauty of yellow, light blue, red or black
diamonds, which, processed by the hand
of man, become stones of amazing beauty.
Additionally, such a crystal lattice
represents the strongest natural bonding of
atoms and is not artificially reproducible.
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