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Neural Machine
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All human experience is derived from neurological interactions in the brain. The direct interactions within these neurogenic fields by applied complex magnetic fields produce changes in experience. Distinct patterns of applied fields can influence specific classes of experiences. Those experiences with marked clinical significance include pain, psychological depression and subjective sense of being.
Dr. Persinger has demonstrated that very weak magnetic fields can affect the human brain and improve clinical symptoms. Dr. Persinger’s research indicates the efficacy of complex magnetic fields is related to their temporal patterns and to the spatial array by which they are applied according to neurological symmetries.
Depending upon the type of pain a subject is experiencing, application of a different pattern of fields can permanently reduce or eliminate these experiences after only 45 minutes of treatment one to three sessions per week for six weeks. The reduction in pain occurs in both human beings and rats. Similar pulses applied over the whole body of the rat is similar to the effects of 4 mg/kg of morphine.
One of the goals of this research is to reduce the dependence upon drugs by simulating the effects of drugs by the appropriate magnetic pattern. Most pharmacological treatments for pain, depression and alteration of consciousness are effective because of how they affect the cell's metabolism. Although drugs may be temporarily attached to the cells by receptors in the membrane, the effect of this attachment is produced within the cell's cytoplasm. One of these effects is the production of calcium waves that alters the cell's metabolism and affects its DNA. If the DNA of neurons is changed, then the future function of the cell is changed permanently.
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