Chapter 9
Wave Theory and the Universe
(Continued — Page 7)

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Gravity
The swirling movement of energetic matter is the basis of the creations in our universe. Every swirling creation in our universe has its space and time and maintains its independence from other formations. Galaxies have shrinking and inflating properties. These two forces continuously interact to reach equilibrium and maintain a space. A stronger formation will “swallow” a weaker one that enters its space. However, if the weaker formation keeps its distance and proportional energetic momentum , this assures its existence.

The continuous competition between pulling and pushing forces is called gravity. Gravity is the energetic activity of a formation and maintains its existence. It affects small and large formations alike - subatomic formations, galaxies and universes.

The equations of Newton and Einstein relating to gravity are well known. Here I will try to show the behaviour of gravity in different phases.

If energy is highly concentrated in a small space, gravity is correspondingly high. If energy is low, gravity is low as well. We can think of gravity as concentrated energetic matter in a particular space; the more concentrated the matter, the greater the level of gravity. This property is best applied to low-energy phases. In high phases, other factors may contribute to gravity.

Every energetic formation accumulates energy to survive. To escape from a swirl, an energetic formation must accumulate additional energy. The outcome of this energy accumulation, however, is a paradox. One would think that high-energy formations would survive longer than low-energy formations. The reverse is true. High-energy formations expel their energy rapidly, as their waves cannot grow. For example, a mainly energetic binary star has a shorter life span than a magnetically dominated star. Magnetic properties enable the storage of energy, which insures a longer lifetime. Males of all species seem to be more allied to the energetically inclined side of our universe, while females seem to be more attached to the magnetic side. Perhaps, this is why they live longer than males. As will be discussed, behavioural genes are part of all natural formations from their inception. (See the chapter on wave theory and life.)

Gravity is essentially the relationship between formations in their energetic paths to their swirls. Many factors influence gravity.

1. The main Kerr swirl (vortex) has attraction properties. If, however, another energetic formation enters its space, it also demonstrates repulsion properties.
2. The magnetic Schwarzschild swirl has even stronger attraction properties, although it too has some pushing behaviours. In fact, all atoms have both these components.
3. The rules that govern the behaviour of swirls have a bearing on gravity. For example, planets moving around the sun are in swirl mode. In every constellation, the magnetic loop maintains its energetic formations.

Gravity also includes both attraction and repulsion properties. Wave theory is only the beginning of the road to understanding this marvellous phenomenon. Although nature’s creations and their behaviours are spread out before us, we are far from achieving a complete understanding of them. In time, by observation, we will learn more and more. The issue of gravity is very complex, as it addresses forces both within and between formations.

We see the expulsion of energetic matter in pictures of the sun. This matter, with its inflationary energy, seeks to escape from the sun, which simultaneously pulls it back. Therefore, its path is one of linked swirls, describing a half-circle back toward the sun (see picture to your right). This swirling propagating motion is active, not passive. The matter moves by its own impetus and demonstrates true energetic behaviour.

Gravity is much more than the pulling properties of a magnetic loop. Two objects of equal gravitational strength will repel each other. With two objects of unequal strength, however, the stronger takes on wrapping properties. Objects fall along energetic paths; this is the reason that they fall in a parabolic path. Their fall is influenced by their own energetic and magnetic loops, as well as those of the stronger object.

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

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