This paper proposes a new framework for quantum gravity based on the graviton condensate, which explains the emergence of spacetime from the collective behavior of gravitons. We construct a Lagrangian for the graviton condensate system, derive the field equations, and verify the consistency with low-energy general relativity through perturbation analysis. Numerical simulations show that the condensate structure can reproduce the spacetime curvature in solar system scales. This work provides a new perspective for unifying quantum mechanics and general relativity.
lei guan (Sat,) studied this question.
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