Ring quantum gravity (EQG) is a theory of quantum gravity whose goal is to integrate quantum mechanics and general relativity in order to unify the materials that make up the standard model in a framework to create a pure state of quantum gravity. This branch is trying to develop the quantum theory of gravity, which is based directly on Einstein's geometric formulation and does not view gravity as a force. L as a theory، hypothesizes the structure of space-time as if it were composed of finite rings intertwined in an incredibly delicate texture or lattice. This ring network is called the spin network. The evolution networks or floor has a scale of the order of more than the Planck length, about {math mode, this is 10^{-35}}{math mode, this is 10^{-35}} km is the scale smaller than this limit doesn't make sense. As a result, not only matter, but also space itself, prefers an atomic structure.< < > these areas of research that comprise 30 research groups globally have basic physical assumptions and common mathematical descriptions of quantum space. Research has evolved around two directions: the more traditional focal ring quantum gravity and the newer quantum ring gravity, which is called spin floor theory. The most evolved theory developed as a direct result of ring quantum gravity is called "Ring quantum cosmology" (SQC). The study advances the early universe, which unites the concept of mist bang in the broader theory of the Great Leap, and sees mist bang as the of the expansion period that you after The of the contraction period at this stage we can speak of a massive implosion.