Chapter 3 - Wave Theory and Quarks
(Continued — Page 7)

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Here I describe the principal formation of waves, but waves, like people, vary. Similar formations in the same phase are different. The extent to which they vary depends on energetic behaviour and the behaviour of energetic matter of neighbouring paths of the same flow.

We have two swirls, one Kerr and one Schwarzschild type, and two paths connecting them (picture below). The Kerr type swirl cannot be detached from the wave, as it defines it. The path from the Kerr to the Schwarzschild type swirl is shorter. The path in the opposite direction is longer, less strongly connected and is sucked back into the Kerr type swirl. The swirls create a closed structure. Each energetic path has magnetic and energetic unclosed rings that are connected to each other and through which energy flows.

Every object decays into a basic photon-like structure, which is the basis of every formation. Even the smallest amount of energetic matter that escapes from an object appears immediately as an energetic swirl and creates a photon-like wave. The photon’s structure of two swirls and two paths is the basic structure of organized energetic matter. A quark is unbound, raw energetic matter, which can exist only briefly before it must become a swirl. The atom is a wave with four main energetic formations – two swirls and two paths. When we split the atom, we get six (and not four) packages of unbound energy. We get three quarks from the energetic swirl side, and three anti-quarks from the magnetic swirl side (following picture).

Energetic paths create various currents, signed as either positive and negative polarities, meaning that different directions create different spins of electro-magnetic energy. Simple changes of direction and space relationships change the properties and functions of loops and paths. We also sign quarks as positive and negative (picture below).

In energetic rings, the flow is transversal and proceeds in the direction of the energetic paths. In magnetic rings, the flow is perpendicular. Thus, energy does not move in one transversal continuous flow. It travels up and down perpendicular loops and across transversal ones. The perpendicular rings enable energy to move, as do the transversal rings, which also establish the flow’s direction.

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Dr. Chaim Tejman, Copyright© 2001. All rights reserved.

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