I solved the two mentioned conflicts by suggesting a postulate states that “force of gravitation has a maximum and a minimum limit that at it, the force of gravitation is constant independent of space” or in other words “the force of gravitation has a finite range”, thus if the mass of the center of the orbital system is huge enough, its gravitational force can reach to the maximum limit of attraction, so the force of gravitation between it and other surrounding bodies in the orbital system be constant independent of space, while if mass of a body is small enough (e.g. electrons), its gravitational force can reach to the minimum limit of attraction, so the force of gravitation between the two electrons be constant independent of space between them.
Preprint Limits of the range of gravitation
Heba Elghrip Atyia
Dennis P. Allen Jr. Jan Holmgren Enass El-shazly Hanna Edwards Massimo Marraffa Pradeep Koshy
I couldn't understand the question. A galaxy has billions and billions of km, and quantum mechanics is fraction of fraction of mm. How could someone relate to each other?? Universe has billions of galaxies which we do not know anything of them how could possible to know this entanglement ?? we have not seen electron with most powerful microscope front our eye,...
https://www.academia.edu/38373675/Creation_of_a_Quantum_Mechanic_Universe_and_its_Rotation.doc
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