Abstract
When elementary particles first emanated from the quantum vacuum, there may have remained a connection still propelling their internal motion. A possible model for this connection is explored through a quantum vacuum energy potential producing a particle’s motion through a series of perpendicular forces. In the process of producing internal particle motion, a secondary energy potential develops to produce acceleration on other particles in the form of a reinterpreted Coulomb force. Equations are introduced describing the combination of electromagnetic force, strong interaction, and gravity, with units naturally working out from first principles. While this exploratory model is in a preliminary stage of development, it offers a refreshingly different view of reality.
Russell Jurgensen