Physical principles of functioning of a live organism matter

The book works out basic principles of theoretical biology as a predictive theory that can interpret molecular processes in living cells and predict their results. It analyzes origins of failure in previous interpretations of physiological processes of the living substance by molecular biology, and shows that the main cause of such failure lies in the lack of knowledge of physical factors that regulate biochemical processes in the living substance. The book also shows what kind of “physics” is necessary to create physical models of the living substance and formulates the main criteria of the living matter. It studies principles of self-regulation of biochemical processes in a live cell, based on the physical model of the energy flow along biopolymer chains and its inter-molecular migration on crystal structures of water. The book shows that self-regulation happens in resonance processes that involve coherent energy in the form of photons (solitons) with the obligatory participation of the earth's magnetic field. Four biophysical problems that so far have received no reasonable interpretation are been studied in the book which suggests suitable physical models for each of them and explains the observed effects.