The Difference Between Two Different Time-Moving Modes

As superstrings that move as according to a forward-moving time-based momentum during the generally unnoticed portion of Ultimon Flow initially move as according to an (n-1) mode from our set of parallel universes on the way to the relatively far set of parallel universes -- while then moving as according to an (n+1) mode from the relatively far set of parallel universes back to ours, those superstrings that move as according to a backward-moving time-based momentum during the generally unnoticed portion of Ultimon Flow initially move as according to an (n+1) mode from our set of parallel universes on the way to the relatively far set of parallel universese -- while then moving as according to an (n-1) mode from the relatively far set of parallel universes back to ours.  This happens in such a manner in so that both superstrings of discrete energy permittivity that move as according to forward-moving time-based momentum and also superstrings of discrete energy permittivity that move as according to backward-moving time-based momentum are then here able to quantize to at least some certain extent as these said superstrings flow through the world-tubes that these are to move through en-route to go to the next sub-Fourier metrical condition of the Bases of Light during the Eigen-metric-based duration in which the space-hole is able to happen -- so that the ensuing delineations of the said superstrings may occur as these are encoded to go to as is partially caused also by the given arbitrary motion of the substringular encoders that mold during the instanton-quaternionic-field-impulse-mode.  This happens in-between the individual iterations of group instanton so that the overall status of the distribution of superstrings may be appropriated to the right spots at the right "time." 
I will continue with the suspense later!  Sincerely, Sam Roach.  The individual momenta of superstrings that exists from one delineation during group instanton to the next is involved in such a manner in so that this condition may be descrbed by what are known of as Hamiltonian operations.