Abstract
The paper presents search experiments of the dependence of the parameters of physical (alpha decay of the Pu-239 isotope), chemical (fluctuations in a water cell) and biological (male Wistar rats) systems on the direction of rotation of the Poynting vector. It was found that in the case of clockwise rotation of the Poynting vector, an increase in the rate of radioactive decay by about 2 % is observed in comparison with the case without exposure. There is also an effect on the parameters of fluctuations in the water cell. When rotated counterclockwise, no such change is observed. In the case of biological systems, reactions that depend on the direction of rotation of the Poynting vector are also observed.
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