Page 18 - Spirit and Mind. Vol 1

Nicolai Levashov. Spirit and mind. Vol.1

At the same time, we must not forget that the blocks of different sizes do not
disappear. They continue to exist but we cannot create a picture with them similar to
what we made before. However, we could make other pictures from them by sorting
them out according to size and shape. But these designs would be of a different type
and would not influence or change our original "picture" one iota.

By the same token — in addition to space universes of our type, other space

universes exist with a different value for their quantization index, γi. But since they
have virtually no impact upon our type of space, we may disregard them in our study
of our universe's origin.

The permissible forms of primary matter, i.e. those comprising our space
universe of dimensionality L, do not interact with each other in uniform space — i.e.,

space of homogeneous (isotropic) dimensionality.

In other words, their coefficient of interaction α in a uniform space, i.e., a space
of homogenous dimensionality α, equals 0. However, during an explosion of a
supernova, there is a spread of concentric waves which deforms the surrounding
space, creating zones of spatial nonuniformity (anisotropy).

Therefore, when free forms of matter of our space universe enter these
nonuniform zones, they find themselves under totally new conditions and,
accordingly, manifest themselves in a different way. New "picture mosaics" start
arising from the same seven "blocks" (primary matters) in the zones of dimensional
nonuniformity. Under these different conditions, free forms of matter begin to
emerge and create new qualities in accordance with the dimensionality gradient in the
nonuniform zone.

Every new change in spatial dimensionality by a value of ΔL within the
nonuniform zone creates conditions for combining with the next emerging form of
matter. This process continues until the whole nonuniform zone is filled with hybrid
forms of matter (see Fig. 5).

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