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Summary of Wave Theory
(Continued — Page 3)

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On its own, energetic matter is a living, mercurial entity that is given to constant changes in direction. Moreover, energetic matter is capable of producing similar formations due to the natural behavior of energetic matter. This stems from the fact that it moves exclusively along a path that it created on its own, in accordance with Feynman's idea that an electron recalls its own route. Since galaxies are neither produced on the basis of some sort of matrix nor share the same framework, every galaxy possesses a unique structure. Consequently, each galaxy offers energetic matter a unique opportunity. The same logic also explains the vast diversity within the human species, as no two individuals are truly identical.

To follow is a gallery of various galactic formations — the Galactic Gallery. We see that the energetic matter in young, highly energetic galaxies is completely transparent, practically virtual. The dimensions of these galaxies depend on the amount of energetic matter that they contain and the particular phase transition they are in. Galaxies maintain a permanent distance from each other, which varies according to the amount of energetic matter and gravitation in their source. Moreover, space is linked to the energetic loops to which they belong. In other words, the wave formation has borders but the expanse of its gravitational space is infinite.

The energetic and magnetic loops interact in what can be termed a spousal relationship involving the synergy between two perpendicularly-aligned loops with a central swirl that is located either between, or in each of, the two loops, depending on the phase transition. The magnetic component corresponds to the Schwarzschild swirl, while the energetic portion corresponds to the Kerr swirl. Both components are in what Erwin Schrödinger referred to as a constant state of superposition. In some formations, several magnetic loops emerge from the energetic swirl (picture below, left). The energetic matter that flows in each loop constantly changes its configuration.

 

Click to enlarge
Click to enlarge (NASA)

 

From this analysis of the M51 and other galaxies, I surmised that a quant must similarly be comprised of two components. When Planck developed his idea of the quant, the major stumbling block was the absence of an energetic component. He intuitively solved this problem by formulating his renowned mathematical equations. However, Wave theory introduces the notion that even the quant is comprised of two parts (which calls to mind Paul Dirac's strange idea of two positive and two negative segments in every state). This dichotomy is illustrated brilliantly in Schrödinger's notion of superposition and Werner Heisenberg's Uncertainty Principle.

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Dr. Chaim Tejman, Copyright© 2004. All rights reserved.