A Summary Of Part One Of Session Three Of Course Six

Well hello again world, this is Sam Roach here!  How are you doing?!  I am about to briefly describe what I meant in the first part of the third session of Course Six -- Course Six being about how superstrings relate, to an extent, to being described as toroidal phenomena.
             
The Overall-Physical-Space-Time-Continuum may be described from its exterior as a relatively thin toroidal disc.  A toroid is a structure that is similar to that of a "doughnut" of "intertube" shape in the sense that the two previously named structures are like relatively fat hoops that have a correspondingly small annulus or hole in the center of these.
A toroidal disc is a relatively thin toroid when one takes into consideration the diameter of the overall structure that is being described.  The topology of the Ultimon, as a toroidal based shape when considered from its exterior, moves in a Laplacian manner in a concave up while yet slanting inward manner from its edges to its exterior.  This is true in both norm to norm to holomorphic cases on either side of the described relatively concave "up" curving that translates in a Laplacian manner to a correspondingly tiny annulus at its center.  Each of these sets that forms a "ring" is comprised of four world-tubes.  Each set of the world-tubes that comprise the most kinematic operations of the Ultimon exist as thin hoops or rings that exist in such a manner so as each associated set is comprised of three of such hoop-like world-tubes.  So, relatively speaking, since the exterior concavity of the large descirbed toroidal disc has opposite sides, toward each other, these bear an opposite concavity, since the more interior of such concavities bears a dot product relation towards an observer that is corrsespondingly near this in metaphysical space, while the more exterior of such concavities bears a cross product relation towards an observer that is correspondingly near this in metaphysical space.  Thus, the three described ring-like phenomena form the operand of kinematically-based translations and Fourier Transformations that describe the operational activity of space-time-fabric -- even though space-time phenomena is more granular than fabric.  You have a phenomenal day!  Sincerely, Sam Roach.