At the first "No". But it is wait to the formulation of the quantum gravitation theory.@

in order to correctly formulate an equation of quantum gravity, wed first have to have exact numbers and an exact idea on how quantum black holes form, which at current understanding we do not fully grasp the concept of them.

Black holes are regions of spacetime which as such a gravitational pull that there are theories that even spacetime and light cannot escape. In many ways, a black hole is a "pure black hole", as it reflects no light. Quantum field theory in curved spacetime predicts that at the event horizon, there is radiation emitted called Hawking radiation, theorised by Dr Stephen Hawking, with the same spectrum as a black body of a temperature inversely proportional to its mass.

Previously, the black hole information paradox with a theorem that black holes have "quantum hair," or imprints in their gravitational fields left by components of the stars that formed them. Using this theory it has been partially solved, however this is a theory and hasnt fully been explained by science as far as i am aware

I think there should be another equation that is inverted and there is resonance between these two something like equilibrium or Quantum entanglement.

The mcc side releases energy and the other side E/cc requires energy so basically like a battery.

stars fuse to release energy and Black holes Reduce to release energy and make particles.