Einstein Field Equation to Microscopic Gravity
Channel: Michael Smith
Date: 04/04/2017

A small volume of spacetime incorporated in matter properly describes the difference between radiant energy (photon) and matter. A proportionality exists between the mass created and the incorporated spacetime; no extra dimensions nor inventions such as dark energy or strings are required. The incorporated spacetime volume leaves a deficit and curvature of the local spacetime field. We estimate the volume incorporated in subatomic particles to be tiny and consistent with very weak spacetime curvature about subatomic particles. We also propose a more general Einstein field equation (EFE) describing gravity for both large objects and subatomic particles. Because our more general EFE also includes most subsets/special cases derived from the EFE these derivations are also true, except where gravitational attraction is attributed to the photon - there is no evidence that this assumption of the last century is true.