Supergravedad cuántica relativista. Teorización inicial

Quantum supergravity, as opposed to quantum gravity, is a state of quantum space-time, in which a dark particle or a star particle hypergeometrically deforms the aforementioned space, causing quantum black holes, due to their annihilation or gravitational collapse, or failing that or simultaneously, causing D-dimensions, in which the transformation and displacement of matter and energy is perfectly possible. from one point to another, in different dimensions, that is, outside the dimension in . At this point, the dimension of time is malleable due to supergravity. Holographic duality is one of the main characteristics of this phenomenon, insofar as, although they are spatial splittings, the laws of physics are not the same, which is the opposite of quantum gravity. In this article, I propose to lay the formal foundations of quantum supergravity, which can be endogenous or exogenous, according to the fundamental premises contained in the Quantum Theory of Relativistic or Curved Fields, formulated by this author in previous works. This work, like the previous and parallel ones, is conceived as an attempt at unification.