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International Journal of Modern Physics and Application

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General Law of Universal Gravitation

International Journal of Modern Physics and Application
Vol.1 , No. 5, Publication Date: Dec. 4, 2014, Page: 49-62

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Authors

[1]	Claude Ziad Bayeh, EEE GROUP-R&D Department, Rabieh, Lebanon.

Abstract

The “General Law of Universal Gravitation” is a study in Physics developed by the author in this paper in 2004. This study is the general case of the Universal Gravitation introduced by Newton since 1687. In fact, the universal gravitation was developed to describe the forces between two or more objects that exert gravitational forces from the center of these objects and result in their interaction with each other. The universal gravitation of Newton relates the masses of each object and the distance that separate them. Newton’s law of universal gravitation is considered as the basis of the classical mechanics and it resolves many problems such as the elliptic trajectory of planets around the sun, the free fall of objects on Earth and so on… However, this study remains limited, and it lacks accuracy for very big objects such as galaxies and very small objects such as particles and atoms, and so on. In this paper, the author proposed a new study that generalizes the study made by Newton, and that is much simpler than the General Theory of Relativity of Einstein, and it is developed to resolve any natural phenomenon in which is impossible to be resolved by applying classical physics (based on Newton’s laws) or the modern physics. For example, the proposed theory can resolve the unification of the gravitational field produced by a matter and an electromagnetic wave, it can predict the bending of light near a massive body, it can predict the variation of the frequency and energy of light near a massive body, it can predict the synchronization between photons of a source of light, it can explain many phenomena in the nature which are almost impossible to be explained by applying classical physics. Moreover, the proposed equation categorizes gravity into four main categories, which is not the case in classical physics and modern physics.

Keywords

Gravitational Force, Gravity, Newton, Universe Gravitation, Energy, Electromagnetic Wave

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