Zeitschrift für Angewandte und Computermathematik

Quantum Perspectives of Consciousness, Cognition and Creativity: The Dirac Equation in a New Contour Integral Model of Brain Plasticity

Abstract

Rossi EL and Rossi KL

The quantum dynamics of consciousness, cognition and creativity are entangled in seemingly mysterious relationships with the classical Newtonian world view. Penrose, for example, believes that a completely new theory is required to integrate the classical and quantum perspectives on the royal road to reality. Mathematicians and physicists typically address such issues with questions about how cosmos and consciousness are related via the “Objective Reduction of the Quantum Wave Function” to Classical Newtonian Reality as people typically experience it. Aspects of the Penrose and Dirac quantum oriented perspectives of consciousness and cognition are integrated in this paper with recent RNA/DNA psychosocial genomic research in the classical-to-quantum and quantum-toclassical loops of information transduction that are proposed to account for so-called quantum weirdness as well as creativity and psychological crises in problem solving. Quantum perspectives are integrated with applications of the Dirac equation in a new contour integral model of brain plasticity, consciousness, cognition and creativity that could be utilized in translational medicine, psychotherapy and counseling. The development of new psychosocial genomic chips for documenting the loops of information transduction between consciousness and cognition to verbalization, RNA/DNA transcription, brain plasticity, new neural networks and the 4-stage creative cycle is recommended for facilitating further research on a quantum field theory of the human condition.