Abstract
We evaluate the impact of changes in solar activity on three significant human psychophysiological parameters: skin conductance, electromyography (EMG), and the share of abdominal and diaphragmatic breathing in overall ventilation. Variations affecting human psychophysiology due to changes in solar activity directly document the assertion that psychology, behavior, and decision-making all reflect geomagnetic field alterations that stem from variable solar activity. The relevant experiments showed that solar processes, during which the Earth is exposed to electrically charged particles from the Sun (solar wind), exert an impact on the psychophysiological parameters of the body.
Highlights
This article outlines the data and knowledge obtained from experiments centered on the low-level magnetic fields that emerge through solar activity variations and affect geomagnetic stability [1]
To define how the mental and psychophysiological parameters correlate with solar activity variations, we employed the Pearson correlation coefficient (1):
In the context of this article, the primary experimental research of low-level electromagnetic fields showed that geomagnetic field alterations generated by solar eruptions affect numerous psychophysiological factors
Summary
This article outlines the data and knowledge obtained from experiments centered on the low-level magnetic fields that emerge through solar activity variations and affect geomagnetic stability [1]. The concept and interpretations of the research are closely described in relevant references [2,3,4,5,6]. The interdisciplinary research examines those psychophysiological and other measurable human parameters which may change due to solar activity-induced processes in low-level (low-frequency) magnetic fields. The above frequency bands are enshrined in relevant regulations issued by the International Commission on Non-Ionizing Radiation Protection (ICNIRP) [8]; in these documents, the boundary values of the amplitudes are markedly higher, such as the 50 mT in
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