On the Common Nature and Unified Mechanism of Gravitational and Nuclear Interactions

Abstract

Based on the classical approach, it is shown that gravitational and nuclear interactions have a common nature and a single mechanism. The gravitational field is represented as a set of a limited number of lines of force emanating from a physical body and extending into the distance, similar to the Faraday lines of force for the electric field of a point charge. The consideration is based on P. Dirac's ideas about the limitation of the number of Faraday lines of force and the finiteness of the size of microparticles, expressed by him for the further development of physical theories, as well as the formulated philosophical principle of limitation: physically existing objects are limited by their size, their properties and their capabilities. Based on this formulation, it is accepted that the gravitational interaction of the object is possible only with a limited number of other objects, but not with all in the Universe. The results are obtained and conclusions are made on the basis of taking into account both the finiteness of the size of the mass–forming interaction elements – nucleons and systems consisting of them - atomic nuclei, and the limited number of force lines of the physical field. A proposal has been made that the channels of gravitational interaction for the exchange of gravitons should be the lines of force of their own field of physical objects. The work was carried out within the framework of the classical approach, taking into account the structure of matter discovered by E. Rutherford.