Supergravedad cuántica relativista. Dimensiones en R^η.

In this paper we will outline some characteristics inherent to quantum supergravity, regarding the existence of supermembranes and superspaces. For the purposes of this work, supermembranes are understood to be the multiple dimensions created by a star or dark particle, as the case may be, while superspaces are different levels of quantum reality, in which supermembranes alter matter and energy, transforming it into different morphological and interaction states. This work contemplates in itself, a mathematical modeling of quantum supergravity in superplanckian spaces and modified by extreme gravity, and therefore, the reference system of all interacting particles (momentum, energy, mass, angular momentum, spin, etc.) and the respective fixed or corrected gauge supersymmetry systems. In this work, the holographic duality caused by quantum supergravity is also highlighted, that is, dimensions originating from the same plane but different, dimensionally.