On an electromagnetic approach towards a quantum theory of gravitation

The law of universal gravitation is adjusted to a form alike Coulomb law by replacing the universal gravitational constant, G, by 1/(4ps0), where s0 stands for the ‘stiffness’ of void space. According to this adjustment, the elusive unification of gravity with electromagnetism is attempted by adjusting the gravitoelectromagnetic equations to a gravito-temporal-frequency format matching Maxwell equations’ format. The adjusted gravito-temporal-frequency equations have consequences on gravitational wave interpretation, graviton definition, and possible influence on the field equations. Combined with the assumption that the Universe is finite in size, the proposed gravito-temporal-frequency equations could explain the movement of stars in spiral galaxies without the need to introduce dark matter, the early Universe cosmic inflation, the expansion of the Universe without the need to consider dark energy, and different space expansion measurements on different directions.