Quantum Gravitation in the Unified Field

Abstract

The foundation for quantum gravitation is found in the coupling of the Planck mass m_p to the electron mass m_e of Quantum Electrodynamics (QED) with the boundary condition of the Compton constant ℂ descriptive for the maximization-minimization effective displacement scale for the self-interaction of the QED electron. In unifying the long-range gauge field interactions for electromagnetism in the fine structure constant alpha a and for gravitation in the Planck mass m_p, the nature of quantum gravitation emerges in the coupling of the Coulomb charge e of the electropole to the Dirac charge e* of the magnetopole.