ISSN : 2583-939X

Theoretical calculation of the gravitational constant using the elementary charge, speed of light, Z boson mass, and relativistic mechanics

Original Research (Published On: 24-May-2023 )
Theoretical calculation of the gravitational constant using the elementary charge, speed of light, Z boson mass, and relativistic mechanics
DOI : 10.56439/WJP/2023.1104

Askar Abdukadyrov

World Jour. of Phys., 1 (1):42-49

Askar Abdukadyrov : -

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DOI: 10.56439/WJP/2023.1104

Article History: Received on: 23-Feb-23, Accepted on: 17-Apr-23, Published on: 24-May-23

Corresponding Author: Askar Abdukadyrov

Email: abdukadyrov64@mail.ru

Citation: Askar Abdukadyrov (2023). Theoretical calculation of the gravitational constant using the elementary charge, speed of light, Z boson mass, and relativistic mechanics. World Jour. of Phys., 1 (1 ):42-49


Abstract

    

The gravitational constant is the coefficient of proportionality in the law of universal gravitation. The value of this constant is known much less accurately than other fundamental physical constants, which is due to the experimental difficulties of measuring it. Here we report a simple method for the theoretical calculation of the gravitational constant using the elementary charge, speed of light, Z boson mass, and relativistic mechanics.

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