THE BIOPHYSICAL RELATIONSHIP BETWEEN NOISE AND STRESS

This article provides a scientific analysis of the biophysical relationship between noise and stress. It highlights the effects of high-intensity acoustic vibrations in the environment on the human body, specifically focusing on the biophysical changes induced in the central nervous system, cardiovascular function, and hormonal balance. Based on scientific literature, the paper explains how noise exposure triggers an increase in stress hormones, such as cortisol and adrenaline, leads to autonomic nervous system dysfunction, and causes negative psycho-emotional alterations. The study analyzes the correlation between the duration, frequency, and intensity of noise and human physiological states, establishing prolonged acoustic stress as a significant health risk factor. The findings underscore the importance of biophysical approaches to noise level control and stress prevention.

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