Gravedad cuántica relativista

The quantum theory of relativistic or curved fields, outlined by this author in previous works, defines gravity as a phenomenological characteristic of the so-called "supermassive particles". This quantum gravitational effect can be ordinary or extraordinary, as the case may be. It should be noted that the ordinary gravitational effect is the result of the deformation of quantum space-time, without causing field folds, that is, different geometric and D-dimensional layers, preserving the same dimension in , while the extraordinary gravitational effect is the result of the deformation with symmetry breaking of quantum space-time, due to the existence of a quantum black hole in dimension D, that is, in multidimensions, so that the fabric of space-time is hypergeometrized, on a Riemann surface and more specifically, in a superplanckian space. However, in this article, we will deal specifically with the ordinary gravitational effect, which can be endogenous or exogenous, as the case may be, that is, caused by the supermassive particle itself in terms of its mass or by the interaction of a particle with the graviton, that is, by the permeabilization of a quantum space-time by a gauge and local gravitonic field.