Neutrons in Gravitational Field

Abstract

The radius in neutron's "astronomical" system between its electron and proton as the shortest radius in the universe is in harmony with the shortest range of the large astronomical radius of the Sun at its center where the key for understanding the behavior of neutrons in gravitational field is the ratio where the greatest energy of the electron in neutron ( is also in harmony with the strongest gravitational field of the Sun, it is worth noting that 2.2 Mev energy means more than four times the speed of light! For this reason individual neutrons are settled forever in the center of gravity of the Sun or of that of Milky Way galaxy where neutron stars are concentrated in its center. On the other hand, neutrons far from the center of gravity at long range of R in relatively weak gravitational field keep existing as neutrons by dividing their 2.2 Mev energy between two protons one of them is the proton in the neutron itself as it is the case of the nucleus called deuteron and that of double deuterons where alpha 4 with two electrons divide their energies among four protons, also the neutron keeps existing by dividing its energy among three protons as it is the case of the stable alpha 3. Individual neutrons, on our Earth, inside nuclear range emit their electrons with different energies, and outside nuclear range they emit them after about 15 minutes because the radius between the electron and proton in individual neutrons cannot be kept forever far from the strongest field of gravity in its center as the harmony between and is now missed. For this reason free neutrons in Nesvishensky's experiment tend to go upward , even where the pull of gravity on the neutrons in this experiment had been slowed down to the lowest degree being smaller by more than a trillion trillion times ! Key words : neutrons – gravitational field – electron's energy – protons – deuteron – alpha 3 – alpha 4