Well hello again world, this is Sam Roach here! I am here today to explain a little bit more what I meant by "chords" in the first part of the fifth session of Course Six.
Every first-ordered point particle is interconnected with other first-ordered point particles via mini-string. Mini-String is the phenomena based substance of substringular fields. Mini-String is comprised of second-ordered point particles that exist in bi-holomoriphic succession in such a way so as to form curved and straight lines of interconnection that interconnect the first-ordered point particles that form the substance of norm-states, relatively loose point commutators, superstrings, and the counterparts of norm-states and the counterparts of superstrings (not to mention heterotic strings, the Klein Bottle eigenstates, and the Higgs Action eigenstates. Second-Ordered point particles are comprised of third-orderd point particles. Third-Ordered point particles only exist in the loci where second-orderd point particles exist in. Second-Ordered point particles that are adjacent to one another are interconnected with each other via what I term as sub-mini-string. Sub-Mini-String is thread-like and not pointal in nature. Sub-Mini-String most directly interconnects third-ordered point particles that are interbound in the loci of second-ordered point particles. The sub-mini-string that interconnects point particles is more direct in wave-tug (tending here to imply a condition of conformal straightness or flushness), or, in other words, the sub-mini-string that interconnects point particles is more abelian in-between second-ordered point particles that are adjacent when the said successive point particles are of the same layer of reality. A layer of reality is a set of substringular phenomena of one whole space-time-framework of the same or of different universes that have the same ratio of Ying and the same ratio of Yang. Susbstringular phenomena that are of different layers of reality, when the said phenomena are relating to second-ordered point particles that are adjacent, do not tend to have as abelian of a wave interconnection as adjacent substringular phenomena that are adjacent that are of the same layer of reality. Here, what I mean by an abelian interconnection is a direct wave-tug that pushes or pulls in a uni-direcoralized Lagrangian. At the pointal level, such a wave-tug tends to be conformally straight or flush relative to the immediate surroundings of the associated point particles.
No comments:
Post a Comment