Quantum Dynamics Neuronal Stimulation by Sigma Photonics Quantum Energy
Abstract
It is well known that the human brain generates waves (oscillation). For example, it is known that brain generates electromagnetic waves, and this phenomenon is used in electro encephalography. In a given model of a human brain, the two hemispheres are considered as two independent generators of oscillation processes. The mathematical description of the specified wave model of a brain has been determined (Anuashvili). The mathematical description of the specified wave model of a brainwill be presented. For the oscillatory processes occurring in the hemispheres, we shall present the mathematical formulae we have developed. The domination of one of hemispheres can be determined by the size of oscillitory displacement of the source of the oscillations during an exposition or proportional value ‐ difference of amplitudes of oscillatory processes occurring in hemispheres. Thus, in wave model of a brain two parameters are allocated: Domination of one of hemispheres, Coordination (coherence) of oscillatory processes in hemispheres. Thus, this research determned the mathematical formulae to describe hemispheric electromagnetic wave functions and may contribute to the clinical diagnostic profile of the individuals under study under a variety of clinical conditions. Support or Funding Information Institutional Support of the Einstein Medical Institute and the College of Medicine, University of Science Arts and Technology, Montserrat, British SWest Indies.
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