TOWARD A TOPOLOGICAL ISO-STRING THEORY IN 4D ISO-DUAL SPACE-TIME: HYPOTHESIS AND PRELIMINARY CONSTRUCTION
Nathan O. Schmidt · 2013
We propose a preliminary framework that engages iso-triplex numbers and deforma-tion order parameters to encode the spatial states of Iso Open Topological Strings (Iso-OTS) for fermions and the temporal states of Iso Closed Topological Strings (Iso-CTS) for bosons, where space and time are iso-dual. The objective is to introduce an elemen-tary Topological Iso-String Theory (TIST) that complies with the holographic principle and fundamentally represents the twisting, winding, and deforming of helical, spiral, and vortical information structures—by default—for attacking superfluidic motion patterns and energy states with iso-topic lifting. In general, these preliminary results indicate a cutting-edge, flexible, consistent, and powerful iso-mathematical framework with con-siderable representational capability that warrants further examination, collaboration, construction, and discipline.