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Volume 28: Pages 529-541, 2015
Is the force of gravity a manifestation of the electric force?
Donald Camerona)
6229 Broadway, Apt. 10C, Bronx, New York 10471, USA
A classical calculation of the gravitational forces acting between two hydrogen atoms separated by a distance of one meter was compared with a calculation of the Coulomb force acting between two hydrogen atoms separated by a distance of one meter. It was found that the electric forces acting between the protons and electrons in two hydrogen atoms can give rise to attractive and repulsive electric forces and, with certain initial conditions, can give rise to an attractive electric force that is comparable in magnitude to the gravitational force.
Un calcul classique des forces gravitationnelles entre deux atomes d’hydrogène séparés par une distance d’un mètre a été comparé à un calcul de la force coulombienne entre deux atomes d’hydrogène séparés par une distance d’un mètre. Cela a révélé que les forces électriques entre les protons et les électrons dans deux atomes d’hydrogène peuvent créer des forces électriques attractives et répulsives et, dans certaines conditions initiales, peuvent générer une force électrique attractive comparable en magnitude à la force gravitationnelle.
Key words: Superposition Principle; Charge Asymmetry; Electric Force; Gravity; van der Waals Forces; Nuclear Force.
Received: March 18, 2014; Accepted: October 11, 2015; Published Online: November 5, 2015
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