This analysis reveals how soliton dynamics influence heart function, suggesting a bioelectronic model for life.
The biochemical model that has existed for over 100 years is insufficient in explaining the phenomenon of life. Translating everything into the criteria of classical chemistry or electrochemistry gives the impression of going backwards. In addition to the traditional, well-known chemical reactions, a new reality is opening up, operating on the bioelectronic model of life. In this model, the human organism is understood as an electronic integrated circuit made of piezoelectric, pyroelectric and semiconductor elements, with a biochemical, bioelectronic, informational and biocybernetic construction, which is responsible for modeling the structure and functions of biological biocomputers, managed by quantum processes in an electronic way. In this integrated circuit, control is carried out through a network of information channels: electron, photon, phonon, soliton, spin, ion and bioplasmic. (Sedlak 1979). (Adamski 2011). This model reaches to quantum foundations and shows the material unity of man with the natural world, as well as the unity of being itself and recognizes that the quantum level is the level to which soma and psyche can be reduced together with their structure and function. Here, at the quantum bottom of life, there is no longer a difference between life and consciousness, between psyche and bios. Here there is quantum unity. Here, cooperation between chemical and electronic processes has been established. At this level, consciousness has an energetic-informational nature and is a factor activating soma, through the activation of bioelectronic processes (Sedlak 1979).
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Adam Adamski (2025) studied this question.
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