About the Graviton

This scientific report presents a mathematical model describing a discrete structure of 53 graviton states within the so-called Brahim operator framework. These states are characterized by a repulsive gravitational effect, the strength of which is precisely defined by specific quantum numbers and geometric phases. The analysis places these energetic modes at the boundary between the Grand Unified Theory and the Planck scale, making them difficult to detect experimentally. In contrast to conventional approaches such as string theory, this model provides a falsifiable prediction for the gravitational constant at exact phase angles. The results suggest that quantum gravity should be understood not as a single particle, but as a spectrum of different field configurations. This work thus opens a new perspective on the possible existence of antigravity and its significance for modern cosmology.