**Authors:** Michael John Sarnowski

Lately we found that the proton is most associated with gravitation and the electron with charge. In this paper we find that gravitation is from a force in just one direction, associated with the mass of the proton and the electron, and charge is from a force in a combination of the x, y, and z perpendicular directions. This paper shows that the force of charge and gravity can be modeled from a sphere, indicating granulated granular spacetime. Planck Spinning Spheres, (Planck) packed in a cuboctahedron structure, where many spheres are combined to produce the fabric of space. The Planck would be made of smaller Spheres called Kaluza Spinning Spheres (Kaluza). The calculations, herein, imply spacetime to be discrete. Virtual Angular Momentum is transferred to the Continuous Discrete Spacetime that is activated by the appropriate environment. This discrete Virtual Angular Momentum is modeled by equations developed herein. The modeling equations between charge and gravity use the same spherical model. This model: proposes a new definition of the fine structure constant in section IV; proposes a proton charge radius in section V; gives meaning to some Planck dimensions in section VI; predictions can be made about approximate values for the age of the universe and or the size of the Hubble Sphere Universe (Hubble) in section VII; Proposes ideas that may be used to help prove the idea of “Discrete Calculations of Charge and Gravity with Planck and Kaluza and a cuboctahedron, vector equilibrium, sub-structure of the universe and relate to wrapped up dimensions in section VIII; The equations will explore the mystery of the constants of nature as did John D. Barrow.(5) Due to these predictions, that may be validated and/or refined in the future, this model may deserve further investigation. These calculations bring back the Dirac’s large number hypothesis (15) and relationships similar to the Koide formula. (16) Below are summarized the simplified equations modeling the Planck for charge and gravity constructed in section II and III.

**Comments:** 15 Pages.

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[v1] 2018-07-31 18:49:19

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