FUNDAMENTAL CONSTRAINTS ON THE SPATIAL EVOLUTION OF THE MEGAWORLD AND THE UNITY OF MICRO- AND MEGAMIRES WITHIN RIEMANN-LOBACHEVSKY GEOMETRY

Abstract

Within the framework of this work, an attempt is made to describe the nature of the existing effects of nuclear physics by applying GRT effects to atomic nuclei in order to solve the problem of uncertainty of the explicit type of nuclear potential. The idea of the unity of the properties of micro- and mega-worlds is expressed. Substantiation is given for the existence of a fundamentally new approach to describing the nature of atomic nuclei and their behavior by considering the geometry of space-time in the near-nuclear space on the basis of existing effects within the framework of GRT. The ideas of unity in the properties of space-time on the scales of micro- and mega-worlds are considered by comparing various structures and their behavior. An example of the Sun as the causes of non-Euclidean spacetime within the scale of the solar system and related effects. Explanations of the reasons for the non-Euclidean nature of nuclear and near-nuclear spacetime and explanations of various effects within the framework of the new model, such as the existence of nuclear clusters, as well as anomalous differential cross-sections at small scattering angles; explanation of the existence of super-dense clusters within the framework of the new theory. The topology of space-time for significantly heavy nuclei is considered. The analysis of GRT effects on the megamire scale and the search for their traces in the microcosm within the framework of the hypothesis of the unity of the nature of the effects is carried out, as well as an explanation of such an effect as anomalous neutron scattering in the opposite direction and Delbryuk scattering of photons is given. An assumption is made about the existence of the entrainment effect of inertial reference frames for excited nuclei. The significance of the time dilation effect and the associated process of radioactive decay is assessed, and it is also suggested that the energy values of all nuclear processes are underestimated due to the red and blue shift in the frequencies of all photons flying out and hitting the nucleus. The main provisions and limits of applicability for the new "Riemannian nuclear physics" are formulated. The foundations of the theory of the structure of nuclei and the mechanisms of nuclear reactions are established, taking into account the new conditions of curved spaces. A fundamentally new explanation of the phenomenon of radioactive decay based on the degeneracy of closed geodesics is given.