Symmetry in the Substringular

In the substringular -- as in a lot of nature -- there is both trivial and non-trivial isomorphic symmetry. There is also both trivial and non-trivial related assymetry in much of nature and in the substringular. A lot of phenomena are to move in symmetrical covariance in both Laplacain and/or Fourier-based codifferentiation. Yet, a lot of phenomena are to move in assymetrical covariance in both Laplacian and/or Fourier-based codifferentiation. The Pauli-Exclusion Principle entails that certain phenomena that are adjacent and are to move in an assymetric manner over time relative to one another in so as to not intrude upon each other's respective spaces. Certain hadrons are to spin and orbit assymetrically relative to one another over time. Attempted intrusion to natural assymetrical kinematic delineations over time is a dangerous Pandora's Box. Certain things may be done without the attempt to adulterate nature. Please think about this, and apply this knowledge to stop threats to our world.

Topology And Connectivity

Superstrings, during the individual iterations of group instanton, are interconnected via a fabric that I call mini-string. Mini-String works to form the fields of superstrings that function to interconnect all unfrayed superstrings during the just mentioned iterations of group instanton. The phenomenon that I call the "space-hole" is that activity that works to re-delineate the homotopy of superstrings in such a manner so that both any frayed substringular phenomena will not pull phenomena that is to remain unfrayed into black-holes, and also, so that substringular phenomena may have a viable determination to be reassorted back with the appropriate Planck-like phenomena, and, in the designated loci of redistribution as to where the corresponding unfrayed superstrings are to go next -- after the given arbitrary related instanton-quaternionic-field-impulse that happens during Ultimon Flow happens right before group instanton. It is essential for that flow of Ultimon Flow in-between each iteration of instanton to happen so that the motion of superstrings will not be too jumpy. Otherwise, motion would not be hermitian, and thus, photons would implode upon attempted formation. Yet, that does not happen -- motion goes down to the infinitessimal so that motion may have the chance to bear its hermitian qualities. This is both in terms of Laplacian-based and Fourier-based codifferentiation. Homotopy is maintained on account of Cassimer Invariance. Cassimer Invariance is the perpetual tendancy of substringular phenomena to interchange eigenstates so that topology may be homotopically maintained per instanton. This elludes to why the condensed oscillation that comprises mini-string segments or substringular fields must be recycled in an indistinguishably different manner -- mini-string must fluctuate to an extent in its redelineations and redistributions so that superstrings and the changes in norm-conditions that are essentail for the perpetual motion of substringular spaces to happen may continue in a spontaneous manner. Sam.