Boris Shershenkov, an engineer and sound artist, and Oleg Vetrovoy, Ph.D., an employee of the Laboratory for Regulation of Brain Neurons Functions, talk about the work on the Neuroharmonium project.
Neuroharmonium is a spectral sonifier of the protein composition of brain structures.
One of th...
Boris Shershenkov, an engineer and sound artist, and Oleg Vetrovoy, Ph.D., an employee of the Laboratory for Regulation of Brain Neurons Functions, talk about the work on the Neuroharmonium project.
Neuroharmonium is a spectral sonifier of the protein composition of brain structures.
One of the most important indicators of the degree of influence of various negative and positive effects on a living organism is the protein composition of its tissues. The study of the protein composition of brain structures makes it possible to decipher the molecular mechanisms of the development of pathological conditions in the case of exposure to stressful situations and various psychological factors and to find certain links in these processes, acting on which pathology can be prevented.
Neuroharmonium, using a special algorithm based on the resonances of protein molecules, converts the spectra of proteins into sound vibrations.
The device allows you to compare different spectral sequences of a healthy brain and a brain in a pathological state, to find the areas most susceptible to changes and to hear patterns in these changes. Finding these patterns and the spectra of specific proteins responsible for the pathology, followed by their processing with sound waves, can give an idea of non-invasive therapy of the future and possible methods of disease prevention based on the principles of biofeedback.
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