The experiment was carried out to confirm the influence of someenvironmental features on the Foucault circulatory compensating currents. It demonstratedthe mistake in the methodology of the interpretation of the Michelson-Morley experimentresults.In the number of experiments the effect of some environment features (so farunknown to the scientific community) on the Foucault circular compensating currents wasdetected. This effect occurred when a strong permanent magnet falls inside a metal tube.The values of the Foucault currents caused by the movement of a magnet inside ametal tube directed to a certain side and estimated by the produced magnetic effect weresignificantly different from the Foucault currents induced by the other pole of the samemagnet and directed in the opposite direction.Theoretically, such an effect can be explained only by the fact that the Foucaultcurrents flow in medium whose own rotational motion affects their strength. We excludedall nonlinear parameters of this effect. We recognized the dependence of the detectedphenomenon on the time of day and meteorological conditions.Since there is a movement of the medium, there is also the medium itself, which isthe carrier of electrical and magnetic phenomena. And we detected a relatively stablerotational component of the motion in this medium.
Keywords: physics, Electromagnetic field, magnetism, Foucault currents, Lenzrule, conductive medium
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