Abstract
Systems of stationary oscillators determine the structure of a large number of natural materials by the model of many physical processes. In particular, they are the main physical model of the energy transfer mechanism in communication lines and power transmission systems. The interaction of oscillators usually leads to a change in their mode of oscillation, in particular, to synchronization of oscillations. In the present work, the possibilities of another effect of the interaction of oscillators are considered, which, at a stable frequency of oscillations of each of the system of coherent oscillators, leads to their mutual displacement to the points of stable equilibrium. It has been established that the violation of the coherence of the radiation of oscillators leads to the motion of both individual oscillators and a system of oscillators. Conditions for the equilibrium state of a system of oscillators are obtained.
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