A Little As To The Relation of As To When Added Strings

When a relatively more non-abelian force acts upon a phenomenon that is undergoing a Lorentz-Four-Contraction, the increase in two-dimensional superstrings to acomodate the increased mass that is here directly related is relatively lower, whereas, when a relatively more abelian force acts upon a phenomenon that is undergoing the same respective Lorentz-Four-Contraction as before, then, the increase in two-dimensional superstrings to acomodate the eluded to increase in mass -- that is here directly related to the activity that happens to the given arbitrary phenomenon of this case -- is relatively higher.  This is why added spatial dimensions works to generally decrease the effect of gravity when one has a non-abelian geometry acting upon a said phenomenon, whereas, when added dimensions involves an abelian geometry that a given arbitrary phenomenon is being operated upon, the effect of gravity tends to be greater.  I will continue with the suspense later!  Sincererly, Sam.