Gravity as a Function of Space from Planetary Orbits to Compact Stars

In this work, gravity is examined through the properties of the surrounding space, in accordance with the principles of Albert Einstein's general theory of relativity. Observations show that gravitational manifestations vary significantly across astrophysical systems — from the smooth orbits of planets to dense compact stars. Using data from planetary systems, binary stars, and other astrophysical objects, calculations demonstrate that the strength of gravity directly depends on the characteristics of the space through which it acts. These results highlight the role of space as an active participant in gravitational processes and open the possibility for new regimes of mass interaction in extreme regions of the cosmos.