Summary of Wave Theory
(Continued — Page 6)

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To bolster the notion of a dichotomous universe, I have provided examples, such as the discovery of the dual nature of calcium carbonate by Erasmus Bartholinus and Etiene Malus's work on the polarization of light. In 1669, a Dutch physician, Bartholinus (1625-1698), discovered that a crystal of Iceland spar, a transparent form of calcium carbonate, produces a double image (illustrations below-left). Apparently, light passing through the crystal splits into two rays. This simple observation indicates that light has two components and is thus a fundamental facet of wave theory. Together with other observations, it proved that light can appear in two forms

In 1808, a French army engineer, Étienne Louis Malus (1775 -1812), discovered polarized light. Some optically active systems rotate the plane of polarized light in a clockwise direction. This is viewed as a right-handed turn; such systems are dextrorotatory. Others turn light in a counter-clockwise direction and are levorotatory. Later observations revealed that some plastic devices polarize light waves in a supine position, while other polarized light waves are upright. In whole, non-polarized light, those two forms always appear together and it is easy to split them into two rays (illustration below).

However, the most important contribution as far as Wave Theory is concerned was Michael Faraday's remarkable discovery. The latter ran a magnet through the loops of an electric wire without actually making contact with the wire, and vice a versa. Whenever Faraday nudged the magnet, he noticed that the movement induced an electric current to flow through the wire; and every time he ran an electric current through the wire, the magnet moved. This experiment proved that electricity and magnetism are the same virtual entity, as magnetism transforms into electricity and vice a versa (illustration below). Subsequently, Faraday's ideas were consolidated by James Maxwell in his famous works on electromagnetism. Faraday's ideas thus depict the behavior of energetic matter in every energetic formation.

Before we can begin implementing the principles of Wave Theory within the basic premises of science, we must grasp one final characteristic of energetic matter: All wave formations are comprised of smaller wave formations. In fact, every quant is a subunit of a larger quant, and is comprised of ever smaller quants (please also see the Second Law of Thermodynamics).

Wave Theory contends that energetic matter transmutes to other wave formations by means of its energetic path and phase transitions. Neighboring phase transitions are always linked to one another, and abide by a hierarchal system in which communication is constantly maintained in manifold ways. Consequently, the network of loops in any wave formation, including our universe, communicates with loops from other wave formations.

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

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