Microscopic gravity as a relationship between matter, energy and spacetime

We propose a small volume of spacetime incorporated in matter is required to properly describe the difference between radiant energy and matter. We suggest a proportionality between the mass created and the incorporated spacetime during matter creation. We also find a very short and finite time is absolutely required during matter creation and spacetime incorporation. Gravity is created when a volume of spacetime becomes incorporated into matter, thus leaving 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. The small volume associated with this process may place an upper bound on the observable dimensions of particle constituents, for instance the dimensions of strings. In addition, our proposition appears consistent and perhaps even supportive of modified Newtonian dynamics (MOND).We also propose corrections to some cosmological data and analyses commonly used in astrophysics which may influence the MOND metric and the derived parameters used for support of dark matter existence. A benefit of the new relationship is a better understanding of particle and radiation creations, matter and energy. Though the descriptive equations are not entirely new our proposed concept might be considered fundamental.