Let us consider two different cases of Ward-Cauchy-based open-loop phenomenology, that exist in the sub stringular -- of which act in such a manner, that may be described of as a manner of being "hook strings." Let us initially consider the first one that I had in mind. There is the case of a sub stringular open-loop, that acts as an eigenindex of its own genus of Hamiltonian operation, that is isotropically stable. This may be termed of as being a "1+1" string (not to be confused with a "2 dimensional" string). It tends not to bear any significant topological-related torsioning across the "width" of its parametric dimensional symmetries. There is, as well, the case of another sub stringular open-loop, that acts as an eigenindex of its own genus of Hamiltonian operation, that is isotropically unstable. This may tend to be termed of as being a "2+1" string (not a 3 dimensional string). This, on the other hand, tends to bear a significant topological-related torsioning across the "width" of its parametric dimensional symmetries.
I will continue with the suspense later! To B Continued! Sincerely, Samuel David Roach.
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