Planck Gravity and Its Relation to Relativity

2.5549..x10⁵⁹ in m³/JS⁴ and m/KgS² is a value derived from 2πc³/h = c³/h-bar = G/l_p² and it is a gravitational constant which should be known as Planck Gravity. This constant not only shows that gravity can be described as a rate of flow, but it can be used to normalize the derived Planck units in a way which expands out relativity.



This foundational expansion might give insight into the difficulty in reconciling aspects of quantum mechanics with relativity itself. Furthermore, the equations provided also hint at the possibility that the value for c in the equation E=mc² comes not from the speed of light, but from the frequency of time itself which is equal to the exact same value of 299792458² m/s but in units of angular work as m⁴Kg/jS⁴. Additionally, it predicts that either the mass of the graviton should theoretically be 3.5177..x10^-43 or mass is quantized in discreate quantities of that value.



Because of these potentials, there might exist a flawed understanding of time, gravity, energy, mass, and entrpy. If true, then some adjustments might not only need to be made to some equations but also with the foundational understanding of our universe itself.