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Research Paper | Astronomy Science | India | Volume 9 Issue 4, April 2020
Axis Motion of the Planets - (Solution to the Unsolved Mystery)
Abstract: THE ORIGIN OF ANGULAR MOMENTUM: Equilibrium between orbital Plane and Galactic Plane As far as we are aware, all astronomical bodies are doing two motions- one is rotational movement and the other is axis movement. There have been many theories for the angular momentum of the planets or any other celestial bodies. But none of them gives an adequate Explanation of the mechanism of angular moment or say axis movement. If galaxies and other condensed objects are ejected from dense configurations as it has been suggested by some of the scientists, the angular momentum must have aroused from the relative motions of different part of ejected objects. But it does not give a clear picture of how this process has taken place. However, after a detailed study it is revealed that there is a huge synchronization between the movement of various celestial bodies. Which firmly indicates that the axis motion of the planets or any celestial bodies are due to one similar reason. We will take the example of our Solar system. As it is known that every planet is doing two motions simultaneously – one is Orbital movement around the Sun and the second movement is an Axis motion, broadly causing day and night. For doing the both motions, every planet or celestial body has to satisfy two planes simultaneously one is orbital plane and the second one is Galactic plane. As to stand on the parameters of both planes every planet has to go through two motions – Orbital motion- which is floating motion around the Sun, the second one is Axis motion –Which is like filling the Gap of two paths by doing a spin on axis of the planet. In this, planet or the celestial body works like a pinwheel movement. This movement may be named as ‘’Equilibrium motion –Since it is being done to establish the equilibrium between the Orbital plane and Galactic plane maintaining the unique synchronization of the both path of the two motions.
Keywords: axis, motion planetary galactic motion unsolved stellar constellar keplar kepler law solar disc momentum equilibrium orbit plane mystery
Edition: Volume 9 Issue 4, April 2020,
Pages: 740 - 743
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