Nonbarion matter as a medium of anomal radiations

Specificity of anomalous radiation is explained from the point of view of the non-electromagnetic theory of light, according to which the luminiferous medium is unobservable (non-baryonic) matter, which is the main component of the universe. Proceeding from the possibility of studying its properties on the basis of observations of baryon (visible) matter as a product of its condensation, the most important properties of this matter and the expected relationships between the parameters characterizing these properties are revealed. It is shown that because of the instability of the stationary state of non-baryonic matter, spherical density waves arise in it, leading to the formation of elements of baryonic matter and to the appearance of traveling waves that make the latter visible. Proceeding from the principle of equivalence of mass and energy, an estimate of their energy is given and the unity of the laws of radiant energy exchange with other its forms is established. Some resemblance of non-baryonic matter with ether is noted and the possibility of a consistent explanation of the specificity of anomalous radiations with respect to the transfer of medicinal properties of medical preparations via communication lines is substantiated. Experimental evidence of the advanced non-electromagnetic concept of light is presented.