The First Part of Session 10 of Course 19 -- The Klein Bottle and Orbifold Differentiation

If one were to make a supremum of a postulative point particle -- one may then be able to get a postulative sphere, in a respective given arbitrary case scenario.  Both protons and neutrons are nucleons.  Nucleons are examples of F-branes -- these of which may be described of as existing in what may then be termed of as F-fields -- that differentiate in their respective Laplacian and Fourier-based fields in time and space.  The existence of F-fields may often be considered as being in the form of manifolds, or, in other words, in membranes or the so-stated "branes."  A superstringular manifold is a configuration of superstrings of discrete energy permittvity -- that have both the characteristics of bearing a fractal of electrical-based field and as well as bearing a fractal of magnetic-based field, when such a consideration is then working to consider the genus of a membranous manifold to be of either an F-field, a d-field, a p-field, etc... .  The premise of the existence of a given arbitrary field -- as existing to form the fractal-based existence of both an electrical-based field and a magnetic-based field -- is the manifested characteristics of what I have termed before as being of an orbifold eigenset.  An orbifold is a set of superstrings that operate in so as to perform one respective given arbitrary function.  An orbifold eigenset is a set of orbifolds that operate in so as to perform one respective given arbitrary function.  So, an orbifold eigenset is a manifold, or, a membrane of superstrings -- that have come together in so as to form both a fractal of an electrical-based field, as well as a fractal of a magnetic-based field -- that then operates in so as to work together as being of one overall "brane" or manifold, that tends to be of either an F-field, a d-field, or, of a p-field, as such an overall field or manifold is to act as a membrane of the here correlative superstrings of discrete energy permittivity, over time.  The fractal of a magnetic field is more directly involved with permittivity than impedance.  Therefore, it is the superstrings and their correlative counterstrings themselves that work to make-up an orbifold, that are more directly associated with the activity of an orbifold.  (Superstrings form the pointal-basis of the functionability of discrete energy permittivity, and, their correlative counterstrings form the wave-basis of the functionability of discrete energy permittivity.)  And, it is the directly corresponding Fadeev-Popov-Trace eigenstates as well as the directly corresponding light-cone-gauge eigenstates -- that work here to act as the respective pointal-basis of the functionability of discrete energy impedance and the respective wave-basis of the functionability of discrete energy impedance -- that are directly tied to the so-stated superstrings, that work to form the electical-based fields of their directly affiliated orbifolds.