Astronomy and principles of quantum mechanics
General theoretical problems of closure of microcosm with macrocosm and new interpretation of quantum mechanics have been considered. The great attention has been paid to astronomical applications. The nonlinear model of the Schrodinger equation, which provides in due time decomposition of originally grapping wave packages, is developed. A special example of the necessary nonlinear effects, imposing on the wave function evolution according to the Schrodinger equation, has been analyzed. The theory predicts narrowing of region action for the Bor's complementarity principle, as well as existence in Cosmos of background from unknown elementary particles, which gives nonlinearity for the Schrodinger equation. Existence in the Universe of a background from unknown elementary particles (gattons) which are the centers of splitting of wave packages is necessary. By that it is postulated: in the Universe there is no uniform center for splitting wave packages and is emphasized, that the role of such center cannot play consciousness of the observer. At not quite coordinated work of the different centers-gattons it is necessary to expect only asymptotic to fixing of a macroscopical reality, when the Shredinger's cat can seem some time that alive, or dead.