Abu Layla, Abed Elkarim
April 24, 2014
charge motion , relativity , perihelion point , Deflection of light, Astrophysics , Electrodynamics
In this research we are trying to reach the fact that both the progress of perihelion point of Mercury, and deflection of ray passing near to the sun, are among the principles of classical physics; thereby they are not considered as adequate evidence of the relativity theory soundness.
Out of this work, we will try to prove that equation of electric charge motion falling under the impact of fixed central charge is the same as the famous motion equation of general relativity theory, that controls the motion of planets around sun. The proof is reached after we replace all constants and variables of electric field with their counterparts in the gravitational field. Subsequently, motion laws that govern the classic atomic model are the same as the motion laws that govern astronomy.
As the motion equation is the basis for deriving the amounts of both the progress of perihelion point and the range of ray deflection, we conclude that any electron rotating around nucleus has its own perihelion point that moves in tandem with the motion of perihelion point of a planet, such as Mercury, through more quickly.
Similarly , deflection happens to the ray passing near to the atom nucleus, like the one passing near to the sun, but with greater amount.
In other words, there is similarity between the atomic and astronomic models relating natural laws and phenomena, this means that the progress of perihelion point of Mercury and deflection of ray passing near to the sum are not...