Agujeros Negros Cuántico-Relativistas Masivos o Supermasivos

In this paper, we will address caused black holes on a microscopic scale. Mathematical modeling, although it is true that it is based on cosmological metrics, therefore, reflects a quantitative demonstration. Likewise, the massive and supermassive quantum black holes respectively will be addressed, which have some essential differences, especially in the morphological aspect. The quantum black hole is the result of the annihilation or collapse of a supermassive particle, in the case of a supermassive particle, or the annihilation or collapse of a star or dark particle, in the light of the Quantum Theory of Relativistic or Curved Fields formulated by this researcher in previous works. Perturbative and non-perturbative scenarios in relation to quantum black holes will be addressed, including those that overcome multiple or different dimensions. Quantum black holes arise in environments of quantum gravity or supergravity.