Why Does the Number 58 Unite Electrical and Gravitational Forces?

On the Asymmetry Between Global Measurements and Local Interactions

Abstract

Many theoretical and experimental findings in physics and other areas of the natural sciences may incorrectly assume that a global measurement, such as the measurement of the acceleration of a particle, will be linearly represented by a corresponding reading on a measuring device, because the specific configuration of the measurement itself influences the reading. In particular point measurements, which are measurements taken in one physical location, may cause asymmetries that need to be corrected in order to achieve the desired outcomes. These asymmetries become more dominant at relatively high velocities and with relatively ‘light’ particles.

The proposed theoretical model offers an explanation of the relationship between electrical and gravitational force by deconstructing the way that the measurement of acceleration is conducted and, with a high level of accuracy, offers a description of a relationship between electrical force and gravitation. This letter aims to contribute to critical reflection on the assumptions behind measurement and interactions. This may not only further the field of metrology, but also provide a basis for a better understanding of the relationship between global phenomena in certain observed reality and their local influence at a certain point of observation.