On Collective Molecular Dynamics in Biological Systems: A Review of Our Experimental Observations and Theoretical Modeling

Abstract

We review processes by which different sounds, such as meditation music, mantra, kindness, or hatred expressions, and noises induce responses from cells and their components. We define ‘good’ or ‘bad’ sounds as those enhancing or inhibiting the cell’s biological activity, respectively. It is highlighted that the cellular dynamics results in a coherent organization with the formation of ordered patterns due to long-range correlations among the system constituents. Due to coherence, in the framework of quantum field theory, extended domains become independent of quantum fluctuations. Non-dissipative energy transfer on macromolecule chains is briefly discussed. Observed fractal features are analyzed by the fast Fourier transform and a linear relationship between logarithms of conjugate variables is observed. The fractal relation to the generation of forms (morphogenesis) and to the transition from form to form (metamorphosis) is commented. The review is also motivated by the suggestions coming from the cells’ responses, which show their ability to move from the syntactic level of the sound component frequencies to the semantic level of their collective envelope. The process by which sounds are selected to be good or bad sounds sheds some light on the problem of the construction of languages.

Dynamical Asymmetries, the Bayes’ Theorem, Entanglement, and Intentionality in the Brain Functional Activity

“…Data collected in vivo and in vitro show that sound vibrations can influence the growth, structure, and behavior of cells [72][73][74]. This suggests that psychic activity and its language can determine biochemical changes (and vice versa), and therefore have a biological impact on specific diseases and therapies [72][73][74], confirming the connection between neuronal activity and somatic, phonetic, perceptive, and emotional activity [75]. Acoustic and electromagnetic waves, such as those of the heart-brain axis, can determine the dynamics and structure of cells and their components.…”

A New Development in the Thermodynamic Theory by Considering the Fractal Structure of Substances

“…In the literature, taking into account fractal structure, a large number of experimental and theoretical studies have been suggested to investigate the various physical properties of matter by the exploration of fractality. [ 26–32 ] Based on fractal geometry, an efficient new modified Debye approach has been advanced for accurately predicting the heat capacities of substances. [ 33–38 ] Especially in ref.…”

“…[ 24–26 ] B. Mandelbrot worked on the development of fractal theory to characterize natural systems, [ 1 ] who first mentioned such representations suitable for describing complex structures. [ 24–32 ] The fractal structure approximation is a very effective model for describing natural substances on all dimensions. In the literature, taking into account fractal structure, a large number of experimental and theoretical studies have been suggested to investigate the various physical properties of matter by the exploration of fractality.…”