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Chapter 9
Wave Theory and the Universe
(Continued — Page 5)

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The swirls are not like a matrix; each has its own character. From x-ray radiation, we know that some galaxies have different layers of energetic matter (picture below, left), while others have multiple magnetic loops (picture below, right). In the latter instance, the primary swirl periodically stores energy that it cannot absorb in its magnetic loops. As the energetic loop cannot grow, and as existing magnetic loops must maintain a proportional relationship to it, a new loop is created whenever existing magnetic loops reach their maximum size. The addition of neutrons to atoms, forming isotopes, resembles the scattering of energetic formations from the largest wave.

Different formations seem to hang in the sky independently; every formation, however, has its place and belongs to an energetic path within a network of formations. This non-chaotic system of networks permits cosmic energetic spaces to be in contact with each other while preserving their independence. The appearance of high-energy “ghost” galaxies in the cosmos indicates that these dark spaces are active formations.

The transfer of energy signals within and between universes may occur in different ways, such as contacts, vibrations, swirl movement, or in ways as yet unknown to us. The best relationship is obtained between same-phase formations.

Swirling formations with strong shrinking properties continually appear in space. They cannot exist for long periods of time, as they explode even without contact with matter. These may be anti-matter formations. Their properties make them difficult for us to study.

Since the Big Bang, the universe slowly cycles down though different phases: galaxies have appeared, followed by stars in their energetic paths, then planets, and so on, into intergalactic dust. Our universe may have two loops, one relatively concave and flat (energetic) and one more balloon-like (magnetic). The magnetic loop may not be a part of our universe at all. It may belong to another universe, in contact with our own. Every large energy concentration creates a swirl that creates a wave proportional to its energy and space. It seems that dark matter keeps galaxies together and connects them to each other. From time to time, energetic activity in a galaxy, like a naughty boy, threatens the universe’s stability; nets of dark matter, however, restore order.

As described above, galactic swirls have two arm-like extensions. Along these arms are alternating light (magnetic) rings and dark (energetic) rings. Besides the dark rings on either side, each light ring is enclosed by a dark ring. The light rings contain energetic-magnetic formations. The function of the latter is two-fold. First, they keep its energetic matter in its path. Second, they hold in place both the dark rings surrounding the shining rings and those on either side of them. Besides these rings of dark matter that are located in the arms, the galaxy’s rigid formation is maintained by dark matter both within and in the immediate vicinity. As this galactic dark matter blends into the dark matter in the universe, it enables signal transmission at a speed so high that it may even be unknown to us.

While all formations are made of the same energetic matter, they behave differently in various energy phases. The invisible dark matter rings are also composed of energetic and magnetic matter.

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