THE PRIMARY FIELD NETWORK

THE PRIMARY
FIELD NETWORK

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The “free” space of the universe is interwoven with uncountable paths of electric communication among the celestial bodies of the primary field. Polarity of each path of the primary field is steady and looped on the quark, nucleon, atom, molecule, planetary, galactic and eventually universal scale. Each quark and antiquark along a single path is strung on this path like a bead on a string. The permanent induction of such a path may join countless quarks of alternate electric polarity in countless bodies and the path is an integral part of those quarks. This two-way communication of flows with the quark knots on them can be compared to beads strung on a double thread string. I will assign red color to the positive “charge” quark and blue color to the negative “charge” quark. Figure one shows only one quark of a pair for simplicity.

Fig. 1

The paths polarity directions between more than two bodies are not unidirectional even for a single circle path. The curvature of the path is not caused by inertia. It is caused by the directionality of the quark orientation at the point of exit and entry. See TTF2/FIELDS 5 for the cause of mutual adherence of the two directions of a single path of electric force exchange. The whole loop can be perceived as separate strings as well as a single string.

I have to create a term for the intersection related to the wave function of a path. The term is null axis point.

Fig. 2

The paths of electric communication intersect in free space either actively at null axis points or passively at any other points on the paths. Figure three shows idealized planar arrangement. The sinusoids themselves will be distorted as paths standing waves compound at some places to some degree.

Fig. 3

Once we understand that the path is a flow of something and that the wave of this flow is static or standing, like the riverbed of Mississippi river, we do not have to count in any frequencies of the paths when crossing each other as yet. The important condition is that any orthogonal paths intersect at their null axis points tying orthogonal paths together into network. Every two-path null point intersection generates turbulence between their four flows, somewhat similar to the cloverleaf intersection on a freeway. Stability of this turbulence is conditioned by the spatial frequency of the wave components of the paths. If the intersecting paths have harmonic relationship, which fits into the curved length of the turbulence (cloverleaf loop), the turbulence will be stable. If the two intersecting paths have disharmonic spatial frequencies, the turbulence will oscillate at best, and alternately fall apart and reestablish at the worst.

There are stable and unstable turbulences around the null axis point intersections of the field network holding the network together, some in a transient manner and some in a stable manner. The same is valid for the structure of nucleon, but it is not valid for the structure of emitted electron thermal phase.

When the primary gravitational field network gets disturbed at any point, it behaves as a three dimensional net. It does not mean that its structure follows three axes in Euclidian cubic axis arrangement. It only means that the space is filled through out with this network. The geometry of the network structure itself is multidirectional and constantly shifting. The directions of the paths within the network are just about as numerous as the paths themselves.

When we consider the field of a single charged spherical body, its geometry seems purely radial, i.e. scalar. When we consider geometry of the field of two reciprocating (opposite polarity) bodies, it changes quite drastically. The cause of the scalar field of a single charged body lies in the induction taking place between the body and air molecules and water vapor molecules and earth molecules and whatever molecules, or better said their component quarks all around the so called charged body. In practice, there is no scalar field. Scalar field is a theoretical idealization of crooked natural geometry. Perfect scalar field would require a perfect charged sphere within another perfect sphere (including perfect material), within which the charged sphere would be placed in dead center. The outer sphere would have to be perfectly isolated from the rest of the universe, otherwise it would induce its induced polarity toward the outside becoming a charged body to the outside and the ideal theoretical scalar field would become the practical crooked field. In reality, the inner charged body actually becomes electrically neutral. (Courtesy Joe Hiding)

Anyway, the network can be obviously shaped and disturbed and induced and manipulated as long as we know what we are dealing with and what we are doing with it. The notion that light is an electromagnetic phenomenon equivalent to radio waves and microwaves is incorrect. The experimentation of Nicola Tesla in Colorado has clearly shown that repeated manipulation of the geometry of the general field causes a general wave disturbance through out the network of gravitational field. This disturbance is a real longitudinal wave generated within the gravitational network. On the other hand, light is progressive unification of electric paths flows into a local magnetic flow.

The speed of light and the speed of gravitation and the speed of radio wave are interdependent because the wavelengths are interdependent. When you look back to the volleyball net analogy, you can realize that the transverse wave of single net string and the longitudinal wave of the whole net depend on each other in some ratio, whatever that ratio may be. It is a bit confusing to recognize what is a longitudinal wave within the whole network and what is a transverse wave in it. A disturbance, which propagates in one direction as a longitudinal wave, causes transverse wave in orthogonal directions and vice versa. Our concept of the transverse and longitudinal is derived from our string and spring experimenting, which limits our perception to the behavior of the string or the spring. We tear phenomena out of their context and study them out of their context. Then we grossly err applying the newly derived (experimentally as well as mentally confirmed within artificially imposed limits) concepts to the general behavior of the limitless universe.