When superstrings become more "swivel"-shaped -- whether these are bosonic or fermionic in nature -- these bear discrete units of permittivity that are contoured along the respective topology in such a manner in so that these are less inhibited by the Ricci Scalar via the Rarita Structure. This inhibits the limitations of gravity hat are imposed upon a phenomena that is initially undergoing Noether Flow. This is due to the related operation of the said superstrings upon the Hamiltonian operands of space-time-fabric that work to surround the given arbitrary superstrings. As superstrings become relatively more "swivel-shaped," these become more spatially dynamic upon their immediate surroundings. Such a dynamic activity allows less of an impedance by the surrounding pressurized vacuum, thereby, which also allows the said superstrings to be pulled beyond the relatively limited conditons of Noether Flow. This is bearing upon the interaction of the construction of the permutations that exist along the topology of the said superstrings that are here to become tachyonic. The more swivel-shaped the topology of the superstring, the more likely that the condition of its permutations is to where it may become tachyonic over the course of the transient iterations of instanton that are duration-wise proximal to the Fourier-based condition of the said superstrings in which such said superstrings bear such a related format of structural-based topology. I will continue with the suspense by starting up with course 12 about fermions, bosons, and the light-cone-gauge later!
Sincerely, Samuel David Roach. P.S. ... Such inverse conditions that simultaneously happen to the Fadeev-Popov-Trace eigenstates that are directly related to the mentioned superstrings works to fascilitate the said ability of tachyonic flow.
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