Page 300 - The Final Appeal to Mankind

«The Final Appeal to Mankind» by Nicolai Levashov

of primary matter.

2) The dimension of their matrix-space mergence zone will also affect the strength of
the primary matter currents.

Naturally the above dimension cannot coincide with that of both matrix spaces, but can
approximate quite closely that of one or the other types:

|λ′1 - λ′12| < | λ′2 - λ′12| (12)

In other words, a dimension gradient arises within the matrix-space mergence zones –

different for each matrix space. Moreover, the sign – either positive or negative – of
the gradient is very crucial. For example, a negative slope indicates conditions
favorable for the outflow of primary matters from a given matrix space.

3) The third condition governing these cosmic processes is the degree to which the
quantization of the matrix space dimension approximates that of the matrix-space
mergence zones:

|λ′1 - λ′12| / λ′1 < 0

|λ′2 - λ′12| / λ′2 > 0 (13)

or

|λ′1 - λ′12| / λ′1 > 0

|λ′2 - λ′12| / λ′2 < 0

It is also necessary for the mergence zone dimension to approximate the quantization
coefficient of the λ′1 or λ′2 dimensions. In such cases, if, for example, the dimensional
difference between Δλ′12 and the quantization coefficient γ is greater than zero, the
primary matters having the dimension of type λ′2 undergo disintegration.

|Δλ′12 - aγ′1| → 0

if

|Δλ′12 - bγ′2| → 0

Primary matters of type λ′1 dimension disintegrate.

if

(Δλ′12 - bγ′2) < 0

this leads to the synthesis of primary matters of type λ′2 dimension. And the opposite

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