Nuclear and Atomic Physics

    

The Nature of Gravity and Strong Nuclear Force

Authors: Karunakar Marasakatla

Strong nuclear force increases when density of nucleons increases inside a nucleus. Additional strong nuclear force adds to the mass of the nucleus. When a star collapses to a neutron star, the increased density of the nucleons will increase the total strong nuclear force of the star and the mass. Because gravity is proportional to mass, we can deduce that the density of the nucleons increases the gravity of the object. If the earth ever turns to a point size object, it will exert more gravity due to increased density of the matter. Definition of mass and the concept of mass defect hides the effect of density of nucleons on the gravity. Elimination of these two concepts unifies all physical forces. This new theory explains many of the observations without hard to imagine concepts like spacetime curvature and dark matter.

Comments: Pages. This article has been submitted to the Gravity Research Foundation 2025 Essays on Gravitation competition.

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[v1] 2024-10-22 06:28:13

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