Space motion theory

The relativity theory discovers the relation between motion and time, and proposes that motion and time are all relative, determined by reference frames. The Lorentz transformation of special relativity supports and is derived from the relativity of motion and time. However, special relativity involves numerous explicit and implicit assumptions to achieve the Lorentz transformation, or the Lorentz transformation has a mathematical and logical flaw. Herein, the other possibility that motion and time are all absolute, regardless of reference frames, is proposed, established on the existence of the vacuum distributions of particles, based on which, it is deduced that every point in space has a specific motion state, which is the sum of the motion of the distributions of every particle in the universe; additionally, the velocity of the specific and absolute motion of every particle, named energy velocity (v), is relative to the space motion background and measured by the time and length of the space background; the motion energy of the particle (Em) can be expressed as Em=Mv2, where Em and M are absolute quantities.