Semantic Mind–Brain Maps and the Quantum Qualia of Consciousness

This paper proposes a new scientific integration of the classical and quantum fundamentals of neuropsychotherapy. The history, theory, research, and practice of neuropsychotherapy are reviewed and updated in light of the current STEM perspectives on science, technology, engineering, and mathematics. New technology is introduced to motivate more systematic research comparing the bioelectronic amplitudes of varying states of human stress, relaxation, biofeedback, creativity, and meditation. Case studies of the neuropsychotherapy of attention span, consciousness, cognition, chirality, and dissociation along with the psychodynamics of therapeutic hypnosis and chronic post-traumatic stress disorder (PTSD) are explored. Implications of neuropsychotheraputic research for investigating relationships between activity-dependent gene expression, brain plasticity, and the quantum qualia of consciousness and cognition are discussed. Symmetry in neuropsychotherapy is related to Noether’s theorem of nature’s conservation laws for a unified theory of physics, biology, and psychology on the quantum level. Neuropsychotheraputic theory, research, and practice is conceptualized as a common yardstick for integrating the fundamentals of physics, biology, and the psychology of consciousness, cognition, and behavior at the quantum level.