GUFT, Session 13

Gravity is the second weakest force of the four basic forces that comprise our universe, or, for that matter, our overall physical portion of the space-time-continuum. Gravity is formed by the quantization of dilatons and dilatinos. Dilatons and dilatinos are formed by the scraping away of ghost anomalies and world-sheets and the vibratory ghost anomolies of superstrings and the ghost anomalies of light-cone-gauge-eigenstates. Whenever ghost anomalies exist, these relatively unphysical placeholders exist as a memory of physical phenomena that had differentiated at various loci at various iterations in the relative past. The longer that a ghost anomaly or a set of given ghost anomalies have existed at a said location, the more likely that the ghost anomalies will be soon scraped off of the Real Reimmanian plane by either a Real physical entity such as a superstring, a counterstring, a Planck phenomena related phenomenon, or a reversely holomorphic norm state that strike the ghost anomalies by an angle of 135 degrees or 45 degrees as subtended from the other direction relative to the supplement of the spacial trajectory of the given ghost anomalies. When positive Fock space, that is a set of norm states that are forward holomorphic, strike in a Gliossi manner a negative Fock space, that is a set of norm states that are reverse holomorphic, the negative Fock space scatters. This scattered Fock space falls at 45 degrees relatively as a supplementation of the 135 degree strike of the positive Fock space. Fock space acts as a cluster of norm to forward holomorphic distributed points that are supplementally norm to one or more first-ordered-point particles. The negative Fock space then becomes dilatons and dilatinos whose jointal mini-string tug, the thickness of the mini-string of which is thinner that the Fock space first-ordered point particle, pulls the Fock space off of the Real Reimmanian plane of the given orbifold eigenset and forms the fabric of the "cushion" of space once these quantize as gravitons and gravitinos. The mini-string here now forms a set of dual mini-string connections that connect to all forces either directly or indirectly via the twining of these mini-strings and their connection to all superstring types which is known as the Ricci Scalar. The Ricci Scalar eigenstates are made to pull toward or against superstrings given the mini-string pull or push in its intwining relative to other given forces, particularly those of mass. Mass is Yau-Exact in terms of its orbifolds and substringular singularities. The Ricci Scalar is supplementally norm to Yau-Exact singularities. So, mass pushes and pulls the twine of the Ricci Scalar the most directly. All physical phenomena interacts with the twining of all mini-string in one way or another. All physical phenomena forms ghosts. So, all physical phenomena has an intimate relationship with gravity, especially since gravity forms the multi-directoral Lagrangian of the "cushion" of space. Since gravity pulls down on whatever is most norm supplemental to the Ricci Scalar, mass is most pulled down by gravity.