The Correlation Between the Gravitational Constant and Distance from Matter

12 January 2021, Version 1
This content is an early or alternative research output and has not been peer-reviewed by Cambridge University Press at the time of posting.

Abstract

Here I show that we are able to consider a large value for the gravitational constant, G, at the vicinity of matter (r<1Å). Today physics and chemistry extremely need to this choice. The large value of G causes significant results in physics and chemistry. By considering a large value for G, at the vicinity of matter, the stability of atom and atomic and molecular bonds can be explained by a different method. Moreover, here I prove that the value of vacuum permittivity, at the vicinity of a charged particle (r<1Å), is larger than its present value and the Spacetime lines interact with electric field lines. Also, I obtain a new equation (not a new value) for a very important constant, namely fine-structure constant, with the presence of the gravitational constant, G.

Keywords

Gravitational Constant
Vacuum Permittivity
Fine-Structure Constant
Spacetime
Electric Field

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