Page 12 - Spirit and Mind. Vol 1
P. 12

Nicolai Levashov. Spirit and mind. Vol.1

                  But before answering all these questions and many more, we must have a correct
            grasp  of  what  our  planet  Earth  really  is,  how  many  levels  it  possesses,  how  they
            developed, and where they are located.

            Our  universe  has  a  dimensionality  that  is  very  close  to  the  number  three
            (L=3.00017...),  thereby  giving  rise  to  the  widely-held  misconception  that  space  is
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            three-dimensional.  Matrix space, however, does not possess uniform dimensionality.
            Rather it consists of multiple layers of quantized dimensionality, each layer of which
            differs from one another by a value of ΔL = 0.020203236...
            This delineates the number of primary matters which makes up the layer ( see Fig. 1).


































            5   Editor's  note:  Basic  to our  understanding,  we  must  first  place  Earth  in  a  universe  that  is  far  different  from  the
            conventional view. In the conventional version, the universe is regarded as  ISOTROPIC (i.e. uniform or homogene-
            ous). This means that it has the same qualities and properties in all directions and that therefore matter manifests in
            the same way in all directions and areas of space. If, however, we start with the fundamental view of a universe that
            is ANISOTROPIC (i.e., nonuniform or nonhomogeneous), it becomes possible to unlock many mysteries of nature
            that go far  beyond cosmology. In an  ANISOTROPIC  universe, the quality and properties of  space are  constantly
            changing. When the quality of the change reaches a certain critical value, this creates a new quality — a new trans-
            formation and new manifestation of reality. What does this mean and how does this happen? All of creation is filled
            with billions of primordial, basic building blocks, called "primary matters." They are in constant chaotic motion and
            are discrete, i.e., they cannot be broken down into smaller units (like the atoms of physically solid matter). Their
            presence and activity constantly change the volume of space they occupy  by impinging upon and deforming the
            curvature of space. Every change in the quality of space is expressed by the symbol, ΔL, which has a numerical
            value. (" " used in a formula is the symbol ΔL). When the ΔL reaches a certain critical numerical value, it exerts a
            transformative effect upon the primary matters. At some point in the process, the numerical value of the ΔL becomes
            compatible with the primary matters occupying its space — and this sets up the necessary conditions for making the
            primary matters merge into combinations, called "hybrids." It is really a simple, mutual interplay between matter
            and  space;  PRIMARY  MATTERS  ACT  UPON  SPACE,  CHANGING  ITS  QUALITIES  —  AND  THE
            CHANGED QUALITIES OF SPACE ACT UPON AND TRANSFORM MATTER. QUANTIZATION plays an
            important role in this process. Simply put, QUANTIZATION means that "things happen" in discrete quantities .
            For example, because primary matters are discrete (non -breakable into smaller units), a combination of one and a half
            primary matters would be impossible to create. Space itself is quantized in structure, and conceptually can be looked at
            as having multiple layers of given numerical values , with each layer possessing a characteristic qualitative condition.
            SELF-DIMENSIONALITY has to do with how much an object transforms the quality and properties of its surround-
            ing  space.  Actually,  every  object  has  a  range  or  spectrum  in  which  it  can  exist  in  micro-  or macrospace:  SELF-
            DIMENSIONALITY denotes the particular place in its spectrum at which it is maximally stable. There are pro-
            found implications in this layering of quantized space, both in the macrocosm and microcosm, including — among
            others — questions pertaining to gravity, space travel, biogenesis, genetic engineering, human evolution, consciousness
            and the birth of black holes. All of this can be assimilated gradually by the motivated reader, at ever-deepening levels of
            comprehension.
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