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This study introduces an innovative approach to quantum gravity, reinterpreting redshift as a result of photon energy loss through graviton emission, rather thanas an effect of the universe’s expansion. A static universe model is proposed, where photons lose energy in a quantized manner during their travel, producing a redshiftproportional to the distance traveled. The alternation between gravitons and energitons, hypothetical particles, explains gravitational force on a cosmic scale and providesexplanations for phenomena such as light deflection near massive bodies, Mercury’s perihelion precession, and orbital anomalies of interstellar objects like Oumuamua.The model includes a new logarithmic law for calculating astronomical distances, eliminating the need for a universe expansion hypothesis and the presence of dark matterto explain uniform galactic rotation velocities.This theory not only unifies elements of quantum mechanics and cosmology but also offers a novel perspective on the definition of physical units. Units are redefinedwithin a quantum framework, where quantities such as energy, force, and acceleration are reconsidered based on the flow of gravitons and energitons. The implications ofthis model propose a revision of current cosmological laws and a new foundational framework to understand interactions between gravity and electromagnetism throughthe oscillation of these particles, paving the way for a stable and static universe.