Thursday, March 7, 2013

A Little Bit About What Discrete Permittivity Is

First-Ordered point particles are comprised of mini-string, or substringular field segments, that are coiled around each other -- to some degree of compactification or decompactification or another -- in such a manner in so that the said mentioned phenomena of these said particles forms the mapping of a point particle-like entity.   These bind through an integrated Laplacian-based mapping in so as to form superstrings. The geni of Njenhuis-based parity situations here is not what I am refering to as discrete units of energy permittivity in superstrings.  Discrete units of energy permittivty that exist in superstrings, the superstrings of which are discrete units of energy, are actually subtentions of mini-string that stem out segmentally-wise, from the Laplacian-based conditions as to where the said first-ordered point particles that work to comprise superstrings, are at.  Such subtentions each display 16 parity formats of 16 respective different geni of Njenhuity that work to comprise the basis of the 16 geni of Njehnuis parity-formats that work to allow for the 32 spatial dimensions that exist in each set of parallel universes.  This happens in two levels of holomorphicity per general eigenmetric at the same general duration, allowing the space-time-fabric of an individual set of universes to bear 32piI degrees of freedom (The "I" is on account of the two directorals of holomorphicity being incured during the same general duration.)  -- in terms of the dimensionality of a said set of universes.  Each superstring that bears complete energy permittivity bears 191 cites of such discrete energy permittivity.  An eigenmetric of a whole acitivity of a Kaeler-Metric causes a set of superstrings -- each superstring of which allows such an activity to happen to it to where  this works to occur over the eluded to metric -- by the activity of these corresponding superstrings mutually entering a Klein Bottle eigenstate, per sub-metric of the said Kaeler-Metric eigenstate -- in order for these said superstrings to reattain their 191 individual cites of discrete energy permittivity over the said course of the said given arbitrary eigenmetric of Kaeler-Metric.  I will continue with the suspense later!  Sincerely, Samuel Roach.

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