The Rarita Structure and The Ricci Scalar

Schwinger-Indices flow along the Rarita Structure in part to cause gravitational particles to interact with superstrings of discrete energy so that the Ricci Scalar may take effect.  The Ricci Scalar acts in such a manner so that gravity may happen.  The Ricci Scalar is the scalar amplitude and mechanism by which gravitational particles may interact with superstrings so that gravity may take effect.  The vibrations along the Rarita structure, when directed in one general directoralization, works to form gravity.  The vibrations along the Rarita structure, when directed in the opposite general directoralization, works to form antigravity.  When the overall permittivity of gravitational force happens in the relative norm-to-holomorphic direction, then, gravity is forward.  When the overall permittivity of gravitational force happnes in the relative norm-to-reverse-holomorphic direction, then, gravity is reverse gravity.