Part Three of the Eighth Session that is of Course 16

I will here first elaborate upon the operational activity of the Kaeler Metric.  World-Sheets are the trajectory of superstrings.  The kinematic differenatiation of superstrings forms a physical memory as to both the existence and the motion of the directly corresponding superstrings in the form of ghost anomalies.  Ghost anomalies work to inter-connect in so as to form cohomologies.  Cohomologies are the Gliossi import as to the interaction of that multiplicit physical memory of superstrings that works to form the covariant-based codifferentiation of the core field-density of superstrings -- in so as to help at inter-facing the Hamiltonian operational functions of the here directly corresponding given arbitrary superstrings that act in so as to form a basis of the energy that forms the multiverse.  When any given arbitrary physical phenomenon bounces or rebounds -- at a Poincaire-based framework that is equal to or greater than the interactivity of superstrings of discrete energy -- superstrings go from proceeding in one given arbitrary directoral wave-tug/wave-pull topological sway import to going toward a different given arbitrary directoral wave-tug/wave-pull topological sway import.  This just mentioned condition of varied directoral import of topological sway is a condition of the perturbation of the given arbitrary format of the holomorphicity of the directly corresponding superstrings -- that are involved with any of such varied alterations in the topological-based directoral Hamiltonian operation of such a physically-based scenario, that is to happen in the substringular.  As any given arbitrary physical phenomena that are of a substringular nature are initially traveling as a steady-state through a discrete Lagrangian in a given format of directoral import, the so-eluded to phenomena are then said to be traveling in what may be termed of as an arbitrary framework of a given arbitrary holomorophic direction.  The so-stated phenomena that are here to be considered as going in a given arbitrary holomorphic direction are considered to be a holonome that is acting through a physical substrate.  What this means, is that the so-stated physical phenomena -- that here act as a group that consist of a multiplicit quantized  phenomenon -- are a physical state that acts as a Hamiltonian operator that is, at least in part, acting upon the then eluded to Hamiltonian operand, as a functional group attractor that works upon the immediate environment that is in the Lagrangian-based path of the motion of the so-stated multiplicit phenomenon.  When the so-stated multiplicit phenomenon that I have just here mentioned rebounds or bounces upon the substrate that it is acting upon, there is, at least in part, a certain degree of what may be termed of as an antiholomorphic directoral wave-tug/wave-pull that is enacted upon the general region that is Gliossi to the environment that is at the Poincaire level of the motion of the so-stated multiplicit substringular phenomenon that had just "bounced" or rebounded as I have said.  The condition of the bouncing or rebounding of photons upon whatever these scatter upon eludes to the very transient Kaluza-Klein tense of these so-stated photons -- for only the first 384 instantons that occur immediately upon these photons striking anything that these hit.  This is an elaboration of a genus of the Kaeler Metric that is known of as the Calabi Metric.  I will continue with the suspense later!  Again, as an ansantz, photons are always of a Yang-Mills light-cone-gauge topology in a vacuum.  To Be Continued!  Sincerely, Sam Roach.