Analytical And Clinical Evaluation Of Quantum Based BioElectromagnetic Molecular Crystalline Configuration: A Safest Therapeutic Approaches Against Cognitive Neurological Disorder
Abstract
Conventional treatments for psychological disorders often cause adverse drug reactions, dose-related side effects,
and interactions, leading to serious health issues and toxicity. An emerging quantum wave energy approach,
modulated by metallic composites and specific geometries, generates a bio-electromagnetic molecular crystalline
impact to address neuro-hormonal imbalances. The drug sample underwent analysis via scanning electron
microscopy (sem), x-ray diffraction (xrd), dielectric electromotive force, ferroelectric, and piezoelectric tests to
assess structural and functional properties. An incidental clinical observation revealed patients exposed to mineral
rocks patches for two weeks exhibited heightened cognitive and physical activity, inspiring targeted psychomotor studies on neuron-hormonal responses. Sem and xrd confirmed the sample's microstructure and composite nature, while dielectric and piezoelectric tests evidenced energy potential
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