Space motion theory

The special theory of relativity discovered the relation between motion and time, and proposed that motion and time are all relative, determined by reference frames. Herein, the other possibility that motion and time are all absolute, regardless of reference frames, is proposed. It is concluded that space is composed of the sum of the distributions of all particles in the universe and free vacuum energy; D∝M/R2, where D is the distribution density of a particle at a position, M is the absolute mass of the particle, and R is the distance of the point from the momentum center of the particle. Every point in space has a specific motion, and a large uniform space forms a space motion background. Every elementary quantity, energy, mass, time or length, requires an object of reference to define its size. The absolute quantities of an object vary with the velocity relative to the space motion background, named energy velocity (v), while the relative quantities have invariability, named relative invariance.