Page 299 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

synthesizing substance in accordance with a corresponding change in space
dimension of Δλ for each of its types.

The synthesis of these forms of matter leads in turn to the creation of a system of spaces

– thanks to the fact that the coefficient Δλ can assume a variety of values. However, if
a value deviates by even an insignificant amount from the requisite figure, our type of
primary matter would be unable to merge and would therefore disintegrate.

With a different value of Δλ, conditions arise for the fusion of another type of primary
matter – different from ours – leading to the creation of a qualitatively distinct system
of spaces: A different matrix space is thus created.

As a result, we have a whole system of matrix spaces that differ from one another with
respect to their space dimension's quantization coefficient and according to the types
of their constituent primary matters. This is reflected in the qualitative differences of
the substances stemming from the mergence of various types of matter, as well as in
their quantitative differences – that is, in the varying amounts that constitute each of
these types.

Every matrix space is non-uniform in dimension. Such fluctuations in dimensionality
lead to merging with matrix spaces of similar dimensionality in the same regions.
Zones of matter having a dimension coefficient γ of flow from their own matrix space
over to another which is just in the process of formation. Furthermore, in the case of
stars and black holes, if their creation is determined only by the quantity of primary
matters which comprise the space-universes in the mergence zone (see Ch. 10) and by

the fact that all these primary matters are of one type (i.e., quantizable by a dimension
coefficient γ = 0,020203236...), the following occurs: During the merging of the matrix
spaces, zones of primary matter currents are created, possessing different coefficients
γi for each of the different types of matter, which, therefore cannot be compatible
with each other under any circumstances. What happens, then, in these zones of

matrix space mergence?

What transpires, actually, is that within such zones, both the initial and subsequent
types of matter disintegrate, releasing “free” primary matters from each. So then,
we may wonder – what happens next?

Actually, there are three conditions influencing the processes unfolding in these zones:

1) The first is the amount of primary matters which comprise each matrix space in the

mergence zone. Most often, each matrix space has a different amount. This, in turn,
orchestrates a different pattern of primary matter currents in the overall composite –
giving rise to a back-and-forth flow from one matrix space to another.

Two counter-currents are thus generated, creating powerful vortical flows of the two
types of matter in their zone of intersection. Once this occurs, the stronger current will

entrain the weaker one, thereby generating a powerful vortical geyser of the two types

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