Emotional States and Heart Function

Biological and mental life should be considered not only in biochemical terms but also in bioelectronic and informational terms, because mental effects depend to a large extent on the information transmitted rather than on the amount of energy. The biochemical model explains the mechanisms of mental life in an intricate way. He still cannot explain what the transition from inanimate matter to animate matter is all about. Where is the threshold, and what is its essence? What role do biochemical processes play in the consistency of soma with consciousness, and what is their effect on soma and vice versa? A similar problem exists with other mental processes: their nature does not fit within the biochemical model of life and is inexplicable in terms of biochemical interactions, but it is much easier to describe them in the light of quantum processes, including wave physics [1]. Beyond the traditional, well-known chemical reactions, a new reality is opening up, based on a bioelectronic model of life. In this model, the human body is understood as an electronic integrated circuit composed of piezoelectric, pyroelectric, and semiconductors, with a biochemical, bioelectronic, informational, and biocybernetic structure. In psychology, a holographic bioelectronic interpretation of memory is adopted. Biochemistry does not provide a basis for a full explanation of this phenomenon because, in most cases, biochemical processes are not capable of emitting coherent (laser) light, which is needed for holography (DNA). This role is taken over by quantum processes resulting from the bioelectronic properties of the biological system. Cell death, regeneration, and wound healing, among other methods, cannot be understood based on chemical reactions alone without field interactions. The occurrence of neuro-melanin in some parts of the brain is also puzzling, which also has biological meaning in biochemical criteria, and is of great importance in the sense of bioelectronic processes that are co-responsible for human mental functions [2-4]. By shifting the cognitive emphasis to the energy and information structures of cells of various organs, such as the heart and brain, the organism can be seen as a quantum generator of electromagnetic, acoustic, soliton, spin, and bioplasmic information. The action of solitons and spins in the human biological system is the basis for perceiving psychobiological processes in a light different from what is currently understood in biology, psychology and medicine. Spin and soliton waves create a different picture of the world than the electromagnetic wave received by the visual receptor. For example, solitons generated in the heart are responsible for the electrical activity of the heart and the emotional states of the person, related to the electromagnetic wave field of the brain. Unfortunately, in modern biology, medicine and psychobiology, there is no place for solitons as waves and spin fields, which are the subject of quantum-physics.