Dynamic Absolute Space: explanation for the null result of Michelson-Morley experiment

Rotation and translation are the two (fundamentally different) kinds of motion in the universe. Rotational motion is the same in all inertial frames and hence can easily be understood as absolute motion. Translational motion, on the other hand, can be understood easily only as a relative motion and has never been clearly understood as an absolute motion. The results of Sagnac’s and Michelson-Morley’s experiments support this. Einstein denied the validity of absolute motion altogether. However, the author feels that if rotational motion is absolute, then absolute translational motion must also be valid somehow and be confirmed experimentally. One reasoning behind this hypothesis is that we apply absolute translational motion in the analysis of Sagnac’s experiment and get the correct result, even though the fringe shift in the final formula is explained in terms of the angular velocity (rotation) of the apparatus rather than the translational velocity of the source and the detector. With the existing logic we are used to in discussions about absolute motion, however, one will always end up in the “ relative to what? ” question that always leads to confusion. Therefore, absolute translational motion must be redefined if it is to be valid logically. Absolute (translational) motion can be redefined as resulting from a change in state of motion (acceleration) of a body rather than as motion relative to some universal, static, absolute reference frame. According to the new theory, there is no universal absolute reference frame but there is a dynamic absolute reference frame. According to this theory, although the velocity of the earth relative to the sun is 30Km/s, its absolute velocity in space is almost zero because the acceleration of the earth is almost zero and that was why the Michelson-Morley device failed to detect any fringe shift. Two bodies may be in relative motion and yet may have the same absolute velocity or may be at rest relative to each other and yet may have different absolute velocities at some instant of time. The theory of ‘Absolute Dynamic Space ’ reconciles the notion of absolute motion with Galileo’s principle of invariance and Einstein’s two postulates