The Fourth Test Solution To The Last Test Of Course 11

4)  When one is to consider adjacent orbifolds that here, in this case, takes into consideration the PLP that exist in the said orbifolds, and, if one is considering these orbifolds to be of or from a different universe relative to each other, than their corresponding PLP are also here of or from relatively different respective given arbitrary universes.  This would here mean that the corresponding mentioned PLP that work to comprise the said orbifolds will here bear PLP that are adjacent and are of a different universe, and will not be physically mapped in a Laplacian-based manner in an orphoganal manner relative to one another in a covariant, codifferentiable, and ins a codeterminable manner.  Yet, the indices of the respective orbifolds will here bear vibrational oscillations in the form of torqued mini-string segments that bears a harmonic wave-tug that pulls outward from the torsion of the mentioned respective PLP of the mentioned respective orbifolds that produces corelative orbifold indices that are norm to each other -- with a wobble that is off from ~1.104735878*10^(-81)I degrees to an angle of degree or measure that is equal to the angle or degree or measure that the corresponding PLP that are here of different universes are off from norm -- in terms of the physical mapping tha may be determined through a Laplacian-based extrapolation.  As one goes into succeeding layers of adjacency outward from the initial said layer of adjacency, one is to re-position the relative norm conditions by 90 degrees fro each succeeding layer -- as according to the right-hand-rule -- for up to 32 spatial dimensions.  So, actually 64 layers of adjacency outward from the inital layer of adjacency, the corelative norm-based condition would cause the basis of norm here to be a theoretical angling of 0 degrees in terms of the covariant relativistic of one PLP that is a to be compared relative to the other one.  (Actually, it would be the next layer of adjacency that would bear an extrapolated mapping that may be alligned at a subtended 90 degrees.)  Again, the degree of and the manner as to how these work to determine how their corelative orbifold indices-based wobble would be off from ~1.104735878*10^(-81)I degrees.  The difference here between angular momentum eigenstates and orbifold indices is the difference between a drive in a transveral direction versus a spin-orbital-based vibratorial oscillation.  Again, superstrings are more relative to angular momentum eigenstates and discrete permittivity, while PLP are more related to orbifold indices, and spin-orbital momentum, and discrete impedance.