The Theory of Electromagnetism suggests that whenever a charged atomic particle is accelerated, EM radiation is emitted at some wavelength or other. Thus, EM waves can be polarized; i.e., given a plus or minus charge. As a charged particle (such as an electron) vibrates at increasingly higher frequencies, radiation is emitted__ first in the form of heat, then as sound and, at still higher frequencies, as light waves. EM energy can appear either as a wave or as a particle of light. The light particle is often called a photon.
The word,"light”, with a lower case “l”, indicates gravitationally trapped light, or the commonly visible portion of our 3-D EM Spectrum. When the word is printed with an upper case “L”__ “Light”__ it means a divine emanation from Universal Mind, from the Creative Force, Zero Point Field, or from... “astro-chemical consciousness forces co-existing with many electromagnetic spectrums.” (103)
Examining our 3-D EM Spectrum, we find shorter wavelengths of radiation occur at the higher frequency end of the spectrum, while the longer wavelengths occur at the lower frequency end. Today’s science books seldom tell us about a thirteenth portion of the EM band which is even lower down on the frequency scale__ having very slow frequencies, but wavelengths far longer than electricity__ human brain waves have the slowest frequencies, and the longest waves of the EM spectrum.
1. Human brain waves: measured in very low frequencies as Hertz (cycles per second), but with extremely long wavelengths. Our thoughts, our brain waves, are at least thousands of miles long.
2. Electricity: approximately 3100 miles long per one wavelength cycle.
3. Radar: about 1 mile or less in wavelength cycle.
4. Radio: approximately 100 foot-long wavelengths.
5. Television: about 1 foot-long wavelengths.
6. Microwave: between .01 foot and .0001 foot-long wavelengths.
It’s around here on the EM band that we enter the Heat portion, where wavelengths are so short, they’re measured in “nanometers” rather than in miles, feet or inches.
7. Infrared: Heats other objects.
8. Visible light-color: from 100 to 400 nanometers per wavelength.
9. Ultraviolet light: from 300 to 400 nanometers. Passes through some transparent materials such as quartz. It was once thought UV light could not pass through glass, but recent findings show that one portion of the UV band can do so and has healing properties. Some clairvoyants can sense ultraviolet light, some have “x-ray vision”, and others detect “auras”, which may or may not relate to these shorter wavelength and higher frequency portions of the EM spectrum. All sections of the EME band up to this point are known to provide humans with some kind of information coming into their energy fields and brains.
From X-rays onward, there’s a tremendous amount of data entering from sources outside our planet, our solar system, and from outside our galaxy as well. Just what sort of “information” relates to these last three sections is still somewhat unknown to most of us. We have no common term, no name for it as yet.
10. X-ray: from 1 to .01 nanometer. Passes through some solids.
11. Gamma rays-nuclear radiation: from 1 nanometer to .001 nm. Greatest penetrating power of all known EM radiations. Ionizes gases, exposes photographic film.
12. Cosmic rays: .00001 nm. and shorter wavelengths. Believed to be emitted from sources beyond our solar system. Little is known about them except that their broadcasts to our planet are greatly increasing in frequency and intensity at this time, and they may be what causes our speeded-up consciousness evolutions.
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