Three-body problem

Three-body (multi-body) problem is an imaginary conundrum in contemporary cosmology. It deals with orbits of planetary bodies about their central bodies in a planetary system. We may take orbits of sun (the central body), the earth (a planetary body) and the moon (a satellite body) as an example. In a heliocentric solar system; First: the sun is assumed to occupy a fixed point in space, without translation. Earth is assumed to orbit around the static sun. Second: The earth is assumed to occupy a fixed point in space, without translation. The moon is assumed to orbit around the static earth. For this scenario to be true, at least the earth has to be simultaneously translating and static in space. This is an impossible proposition. Except stable galaxies, all systems of macro bodies and independent macro bodies in space are moving at great linear speeds. Hence, central bodies of planetary systems or a planet that appears as central body of a satellite body are not physical realities. Therefore, n-body problem is an imaginary analytical exercise. See: http://vixra.org/pdf/1205.0097v2.pdf