![]() If galaxies are considered to be molecules of the universe, then the acceleration of the galaxies will cause the molecular gas to heat and expand. In galaxies, too, the energy transfer from the orbit of the star cloud to the center of mass motion causes the galaxies to ac-celerate. The calculated results are in excellent agreement with the measured data. These systems were chosen because a considerable amount of measured astronomical data is available. The effect of this propagation delay on the motion of the Earth Moon and the Brown Dwarf 569Bab binary star system is analyzed. This could be caused by a collision of a system component in the past. ![]() The calculations show that the analytical describable expansion of the semimajor axis started at a time that is less than the age of the systems. It is one of a number of small effects modifying the Kepler orbits. ![]() This causes the orbits to spiral out and the center of mass to accelerate. The propagation delay of the gravitational interaction in orbiting systems couples the orbital and center of mass motions. ![]() Propagation Delay, Gravitation, Gravitational Waves, Orbits, Center of Mass, Newtonian MechanicsĪBSTRACT: Recent measurements have shown that gravitational waves and thus the gravitational interaction propagate with the speed of light. The Contribution of the Gravitational Propagation Delay to Orbital and Center of Mass Motions ![]()
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