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We have shown that normal life is impossible without NBR. Why is NBR necessary?

The high-energy quanta of atomic irradiation absorbed by biopolymers of the living organism are known to induce two primary processes: ionization or excitation. We assumed that it is the molecular excitation which provides NBR.

According to the general theory of excitation of condensed polymers, developed by R.Dicke, K.Li, A.S.Davidow and F.-A.Popp, an excited electron is delocalized in the polymer molecule, is interacting with the oscillation and with the kinetic energy of the polymer which carries the information about its state and forms non-linear, vortex bundle of energy information called a polariton. Polaritons exist for hours, slowly decaying and emitting slightly-condensed secondary coherent radiation, probably in UV spectral region.

If our hypothesis is right, a low dose of gamma-irradiation of the living organism should induce the formation of an increased amount of polaritons within the body while the polaritons' decomposition enhances SBR, which scatters throughout the entire irradiated organism and can be detected in its vicinity. The results of our experiments support our assumption.

It has been shown that the growth rate of non-irradiated seeds placed closely to the gamma-irradiated seeds (the irradiation dose stimulating the latter's growth) increases 2-fold. This effect have been abolished by separating the irradiated seeds from non-irradiated ones by a glass filter, but not by a quartz one. SBR promotes growth and development not only of plant sprouts but of the other biodetectors as well.

The necessity of NBR for the life appears to result from its ability to stimulate a continuous SBR that leads to the formation of electromagnetic field which is dispersed along the whole organism. SBR is probably a physical basis of A.G.Gurwitsch biofield.
 

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