Progress on The GEMS (Gravity Electro-Magnetism-Strong) Theory of Field Unification and Its Application to Space Problems

摘要

Progress on the GEMS (Gravity Electro-Magnetism-Strong), theory is presented as well as its application to space problems. The GEMS theory is now validated through the Standard Model of physics. Derivation of the value of the Gravitation constant based on the observed variation of with energy: results in the formula Gc/Mc2 exp(?1/(1.61)), where is the fine structure constant,, is Planck's constant, c, is the speed of light, and Mc is the mass of the cc Charmonium meson that is shown to be identical to that derived from the GEM postulates. Covariant formulation of the GEM theory is now possible through definition of the spacetime metric tensor as a portion of the EM stress tensor normalized by its own trace: gab = 4(FcaFcb)/(FabFab), it is found that this results in a massless ground state vacuum and a Newtonian gravitation potential = 1/2 E2/B2. It is also found that a Lorentz or flat-space metric is recovered in the limit of a full spectrum ZPF.