Gravitational Nature of Space-Time

Gravitational nature of space-time amalgamates Quantum gravity, Newtonian gravity and general theory of relativity to achieve a single integrated gravitational theory. The Weaker the gravitational potential, the faster the course of time, time dilation than official time. Since time and speed of light are inverse to the magnitude of gravity, space-time, and speed of light are considered as factors of gravitational effect. Time passes differently for the pair of identical atom clocks place in different gravitational fields. The magnitude of time and gravity of a specific location can therefore be explained by a single equation (Gravitational nature of space-time equation). Relative differences in the acceleration due to gravity (g), relative differences in space-time (t), relative difference in the speed of light (an equivalent to relative difference in the speed of graviton) (c), Gravitational constant (G), Planck’s constant (h). Gravitational nature of space-time equation (theory), provide a universal explanation for the gravitational association of matter, space-time and speed. The theory of gravitational nature of space-time is applicable in the functioning of global positioning system, explanation of gravitational wave. Since time ticks at rates differently for different gravitational fields, implies gravity is time in nature.