as to what effects these electromagnetic transmissions could have on mitochondria and the central nervous system. Previous Research: For the sake of simplification, previous research into this subject shall be categorized into one of three categories; The first is research into chemiluminescence or more specifically research into chemiluminescence originating from mitochondria. The second is research into the physiological effects of radiating electromagnetic energy onto mitochondria. The third is research into the propagation of electromagnetic radiation throughout cellular structures. Chemiluminescent reactions can be broken down into three categories. The first reactions using synthetic compounds and usually involving category includes “chemical a highly oxidized species such as a These are commonly termed peroxide” (1) chemiluminescent reactions. Another type are reactions arising from a “light-emitting living organism, such as the firefly or (1). These are commonly termed jellyfish” biochemiluminescent reactions. The third category are reactions which “light-emitting take place by the use of and are designated electrochemiluminescent electrical current” reactions (1). Under these classifications, the chemiluminescence which occurs in mitochondria during cellular respiration falls into the second category of biochemiluminescence, however, mitochondrial bioluminescence is different than what most people think of bioluminescence, in the fact that mitochondrial bioluminescence is categorized as to the extremely low intensity of the radiated light. It “ultra-weak” (13) do has been speculated, however, that the chemiluminescence/bioluminescence that is
as to what effects these electromagnetic transmissions could have on mitochondria and the central nervous system. Previous Research: For the sake of simplification, previous research into this subject shall be categorized into one of three categories; The first is research into chemiluminescence or more specifically research into chemiluminescence originating from mitochondria. The second is research into the physiological effects of radiating electromagnetic energy onto mitochondria. The third is research into the propagation of electromagnetic radiation throughout cellular structures. Chemiluminescent reactions can be broken down into three categories. The first category includes “chemical reactions using synthetic compounds and usually involving a highly oxidized species such as a peroxide” (1) These are commonly termed chemiluminescent reactions. Another type are “light-emitting reactions arising from a living organism, such as the firefly or jellyfish” (1). These are commonly termed biochemiluminescent reactions. The third category are “light-emitting reactions which take place by the use of electrical current” and are designated electrochemiluminescent reactions (1). Under these classifications, the chemiluminescence which occurs in mitochondria during cellular respiration falls into the second category of biochemiluminescence, however, mitochondrial bioluminescence is different than what most people think of bioluminescence, in the fact that mitochondrial bioluminescence is categorized as “ultra-weak” (13) do to the extremely low intensity of the radiated light. It has been speculated, however, that the chemiluminescence/bioluminescence that is
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