Adaptation of the Entropic Gravity Formula for a Generalization to Cosmology Rh=ct in Accordance with the Law of Conservation of Energy

We found and we demonstrate an exact heuristic adaptation of the entropic gravity formula with a simple factor for adaptation to the quantum linear thermodynamic cosmology of type Rh=ct=c/H, which is in the field of classical mechanics, at the apparent universe horizon. We change the bits numbers and definition of area formula. This is imposed by the law of conservation of energy, when it is applied to the Hubble volume, as has been recently demonstrated. This formula could shed new light on gravitational entropy, refine the standard cosmological model, and bring us closer to a theory of everything that unifies the fields of relativity and quantum mechanics. Furthermore, we propose a precise definition of quantum gravity that complies with the laws of thermodynamics.