Identification of the Hypothetical Graviton

In this work, we theoretically examine the graviton as the hypothetical particle that mediates gravitation. Starting from the fundamentals of classical gravitation, we extend our consideration by incorporating the graviton to analyze the interplay between gravitation and quantum mechanical effects. The aim of this investigation is to position the graviton as a link between classical gravitation and quantum mechanics, mediating gravitation at a fundamental level. Several calculations were conducted, encompassing scenarios from subatomic particles to supermassive black holes. These calculations provide new insights into the role of the graviton in extreme gravitational fields, including the special conditions inside black holes. EG = mc² + ¯hc / r The formula presented above connects classical relativistic energy with an additional term that accounts for quantum mechanical effects. Applying this formula allows us to calculate the energy of a graviton under various extreme conditions, leading to a new theoretical foundation for understanding gravitation at the quantum mechanical level. Our results suggest that the graviton plays a central role in mediating gravitation and offer a possible basis for future experimental investigations in the field of quantum gravity.