Realism of movement: the theory of movement of light and moving bodies

Special relativity (SR) holds that the velocity of light relative to any inertial system is the same velocity c in vacuum. Length contract effect, time dilation and mass-velocity relation derived from SR are not only inconsistent with human cognitive experience, but also logically form many paradoxes. Starting from the physical nature of light, this paper analyses the basic law of light movement, establishes the absolute space-time view of the universe based on the light trace reference system, and reveals the root causes of the errors in SR postulation of light speed invariance, the relativity of simultaneity and Lorentz transformation. In this paper, the law of movement of objects based on human observation is also discussed, and the relationship between apparent velocity and objective velocity of moving bodies is obtained. The reason why Newton classical mechanics is suitable for low-speed motion of objects and that the apparent velocity of objects deviates greatly from objective velocity under high-speed motion is explained. The effect of observer's position effect on apparent velocity of object motion is revealed. A new method for measuring the absolute speed of light is presented. The experimental results or observational phenomena of Michelson-Morley experiment, photonic clock, aberration of light, high-energy particle velocity, superluminal velocity, negative velocity, Doppler effect of light wave and symmetry breakage are also explained in this paper. Finally, the impact and development opportunities of "realism of movement" on modern physics and cosmology are discussed