Albert W McKinney III

How Particle Interactions Explain Gravity and Control the Solar System Albert W McKinney III

This book examines light and explores the mechanism by which light is transmitted. The mechanism follows from the fact that electrons and protons have frequencies (cycles per second). This implies that at the beginning of a cycle, such a particle emits a probe which flies out and then returns to the particle by the end of the cycle. On its outward journey, such a probe may(1)hit nothing, run out of time, and return to its particle at the end of the cycle; or(2)hit one or more other probes, then run out of time, and return to its particle at the end of the cycle; or(3)hit zero or more other probes, then hit another particle, then return to its own particle (thus ending the cycle). In case (3), a study of the deuteron shows that after hitting another particle, the probe then returns to its own particle, thus ending that cycle. The result is an electromagnetic interaction between the two particles, and it is the way in which light is transmitted. Case (2) is implied by the observed phenomenon of the path of light from a star being bent as the probe carrying the light passes by the Sun. That is, a probe from a star hits a probe from the Sun. The interaction bends the path of the star probe toward the Sun, but that probe continues on the new path (else we would not see this deviation at all!). Using these ideas, the book develops a model of the solar system. This model yields an equation showing how the planets and asteroids which orbit the Sun actually orbit an offset center of mass in the Sun. Each orbit yields a value for the precession of the perihelion which matches observed values.