Four Kinds of Potential Mass-Energy Space-Time Distribution Unified by a Dynamical Approach
Published: 1 January 2022
Journal of High Energy Physics, Gravitation and Cosmology , Volume 08, pp 417-431; https://doi.org/10.4236/jhepgc.2022.82032
Abstract: The unification of gravity and electricity since the early 20th century and the unification of four fundamental forces since the 1970s have become a mainstream of physical study by using different theories and methods. This paper introduces a dynamical approach to respectively reveal the physical natures of gravity and electricity as well as strong and weak forces. The results showed that the nature of gravity is a dynamical product of mass-energy linear distributions between two adjacent objects and the nature of electricity is a dynamical product of mass-energy linear distributions between two adjacent unlike charges. Potential nuclear energies are mathematically shown by the products of mass-energy linear distributions between proton-neutron particles as well as hadron-lepton particles, which are also initially generated through external perpendicular forces with the maximum efficiency. Thus, four kinds of potential mass-energy space-time distribution rather than four long- and short-range forces showed a common mathematical expression or similarity among them by using this approach.
Keywords: Gravity / Electricity / Strong-Weak Forces / Potential Energy / Unification
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