Grand Unified Unified Field Theory (GUFT), Session 4

Ghost anomalies are always formed when a superstring kinematically differentiates per iteration. Ghost anomalies are always formed when a world-sheet kinematically differentiates per iteration. Ghost anomalies are always formed when light-cone-gauge-eigenstates kinematically differentiate per iteration. An iteration is the segment during BRST when the Imaginary Exchange happens between superstrings and their counterparts; thence, forming a Real Residue. This iteration time is the time that we as living beings detect when we are experiencing Noether Flow and Noether Current. When one notices a time outside of the condition of Noether Flow, one experiences Ultimon Time. The flow of particles during Ultimon Time is Ultimon Flow. Each concrete motion of a superstring is known as a kinematic motion of that superstring during iteration time. The ghost anomalies that form form a trace of where a superstring or a world-sheet or a light-cone-gauge-eigenstate was during iteration per iteration. The superconformal field of a gluon is due to its Yau-Exact superconformal invariance. This superconformal invariance is due to a tightly knit Ricci Field that is inner bound to not have a holomorphism that allows the holonomity of any Higgs Action under any entropic Chern-Simmons conditions. This lack of Chern-Simmons interaction along with the bounded Ward conditions of its respective Gaussian normalization states provides a condition of superconformal invariance of its orbifolds, superstrings, and ghost anomalies. Thus, the annhilated ghosts are always replenished according to the hermitian Noether Flow or the tachyonic flow of the superstrings as these follow the Wilson-Gordan transposition of the given energy that is in static equilibrium. The Chern-Simmons conditions of a gluonic binding become entropic when stable 191 times less often than in a typical Yau-Exact setting. This is because a gluonic binding when stable tends to retain its permittivity and force better than a typical Yau-Exact setting in euclidean proportion to the number of iterations that superstring consecutively goes thru to reattain the permittivity that it needs to be the energy that it is. The permittivity of a superstring gives it the drive or force that it needs to move kinematically to be energy.