The effects of interaction of coherent water systems with low intensive electromagnetic radiation

Abstract

For last decades the important practical and theoretical achievements in research of physics of water have been received. The most essential contribution was given by discoveries of SPE-effect (resonant interaction low intensive electromagnetic radiation of the HFR-range with water and the water environments of an alive organism) and the theory of water created from a position of the quantum theory of a field by outstanding Italian scientist J. Preparata. Authors of discovery of SPE-effect have discovered in spectra of resonant interaction of area near to 50 GHz (the mm-wave) the peaks with very high good quality; on the basis of that they have made a conclusion that water - biphase system in which are available the «ice-like» formations surrounded with usual molecules of water. However at such interpretation there are not explained some positions, the most substantial of which is absence of similar spectra for the ice and very high good quality of the found out peaks. Such good quality is comparable to good quality of peaks of laser radiation, which can be created only by the coherent substance. A presence in water of «coherent domains» was predicted by J. Preparata in his theory of water. He has shown that in «coherent domains» the cloud of quasi-free electrons, which can be excited easily at giving them the external energy which is not exceeding the energy gap, equal 0.26 эВ on each molecule of water, is formed. This energy is distributed on all coherent domain as a result it passes to excited state. As follows from literary dates, the radiation from a «coherent domains» is revealed in diapason of mm-waves. On the basis of these information the supposition is first done in the real work, that the peaks of resonance interaction, discovered in spectrums got on the method of SPE-effect, specify on the presence of a coherent constituent of water, - «coherent domains», predicted by the theory of J. Preparata, but not on the existence of «ice-like» structure, as authors of discovery of SPE-effect considered.