Authors: Borchin Ovidiu
We present a method by which we can determine directly the propagation speed of the sun gravitational field. We propose as to attain this objective, to compare the lengthiness of two cosmic distances through direct measurements. The first distance is given by the length between a planet and the sun, while the other distance is caused by the movement of the Solar System, including the sun and planet, within its trajectory around the galactic center of the Milky Way. Since cosmic distances have to be crossed by the gravitational field of the sun and planet as well we show that one of them has to be neglected. This fact creates a retarded gravitational field of the sun which falls at an acute angle on the planet. This angle is determined by the fact that the gravitational field suffers a composed movement in two directions simultaneously and transport phenomenon occurs. We show that the measured angle aperture depends directly on the speed of gravity of the sun. Further investigation is made regarding the identification of the “Privileged directions” in the solar system, which probably shape the planetary elliptic movement due to the motion of the whole solar system around the galaxy on the galactic circle.
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[v1] 2015-10-08 05:05:45
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