Part Six of the Second Session of Course 18

The instanton-quaternionic-field-pulse-mode takes one H Bar of the generally unnoticed duration portion of Ultimon Flow, per substringular pulse. During the five main sections of the generally unnoticed part of one whole Imaginary-based pulsation of Ultimon Flow -- up until the start of that gauge-metric that is directly associated with the space-hole -- half of the substringular encoders travel holomorphically around the Ultimon, while, half of the substringular encoders travel relatively antiholomorphically aaround the Ultimon (when the second is directly translated relative to the first).  Here, the forward-time-bearing-momenta-based substringular eigenstates of substringular encodement, along with the correlative encoders, tend to move in the relative forward-holomorphic direction (counterclockwise), while, the backward-time-bearing-momenta-based substringular eigenstates of substringular encodement, along with the correlative encoders, tend to move in the relative reverse-holomorphic direction (clockwise) -- when the second of such encodement is directly compared with the first of such.  Yet, when one considers the differentially geometric eminent condition that the backward-time-bearing-momenta-based eigenstates and their substringular encoders are situated in the reverse tense of Ultimon-based concavity than the correlative eigenstates and their directly affiliated encoders, that directly appertain to the so-stated backward-time-bearing-momenta-based substringular eigenstates and their encoders, then, from each of their direct vantage-points (the one for what is directly associated with forward-moving time, and, the second for what is directly associated with backward-moving time), then, from their vantage-point, each of such time-based formats of genus move in the counterclockwise tense -- during the generally unnoticed durational-based gauge-metric that is directly associated with that part of Ultimon Flow, which is here not during the discrete pulsations of the iterations of group instanton.

 I will continue with the suspense later!  To Be Continued!!! Sincerely, Sam Roach.

Part Two(2) of the Thirteenth Session Session of Course 14

The world-sheets that directly correspond to one and two-dimensional substringular encoders are operational  as traceable mappings of a physical memory -- as to how and where these were, at the prior delineation.  This is only during the generally unnoticed format of those durations of Ultimon Flow that exist in-between successive iterations of group instanton.  The basic structure of these said one and two-dimensional substringular encoders, when these encode for the predominant layer of reality that is "phenotypical" at the "time" -- always come back to basically the same spot. This is because substringular encoders exist outside of the Ward-Caucy bounds of the world-tubes in which superstrings of discrete energy permittivity kinematically differentiate in over time. This is over the course of the iterations of the successive series of group instantons, of which would here directly correspond to the activity of the said encoder, as it is then the encoder of what would here be of the active predominant layer of reality.  This, of which, exists over the course of a given arbitrary duration that may be considered here.  The mini-string segments that extend from the base of the structures of a substringular encoder, though, vary in their delineation vastly, after each succeeding index of the iteration of group instanton.  The actual holonomic substrate that works to comprise any given arbitrary substingular encoder, when perceived at the base of its structural entity, is indistinguishably different during each succeeding iteration of group instanton.  This is when one considers the primal format of the general construction -- that is at the said base of the structure of the respective stringular encoder -- during an integrable set of group instantons.  Yet, at the Poincaire level of each first-ordered-point particle that works to comprise any given substringular encoder -- even at each comparable sequence of iteration that may here, then, in a covariant mapped-out tracing of the directly corresponding weaving, works to show the literal construction of each first-ordered index of the given arbitrary substringular encoder.  This is true, particularly, when one considers the integration of the said first-ordered indices that works to comprise the said encoder. Such a specific arrangement of the literal field of the corresponding mapped-based trace of the respective mini-string -- that inter-binds to form any of such said encoders -- will vary in terms of their structural genus. I will continue with the suspense later!  Sincerely, Samuel David Roach.

The Next Part Of The Prior As To Encoders and the Space-Hole

The relatively central substringular encoder that acts as an operator of the recycling of the condensed oscillation of the mini-string that acts as the holonomic substance of the field entity of superstrings, recycles their condensed oscillation over a sequential series of instantons back into relatively loose nodes that -- over a more prolonged duration of a relatively divergent Fourier Transformaton -- provides condensed oscillaton that is transposed into the holonomic substrate of point commuators.  Yet, the interconnection of the topology of the substringular, via a maintained homotopy, is caused by the interconnection of the mentioned mini-string that exists among unfrayed phenomena -- that is caused to spontaneously remain as unfrayed due to Cassimer Invariance.  Certain masses that are directly codifferentiable with point commutators via both their Laplacian norm-interactions and their Fourier kinematic interactions -- that interplay over a sequential series of instantons -- is brought into play due to the redisplacements and the redelineations of mini-string indices that alter in both position and operation, in part, by both the encodement that is due to the substringular encoders, as well as by the encodement that is due to the Laplacian and the tightly-knit Fourier-based codifferentiations that exist during each general respective mapping and duration that exists over the course of activities that happen during what I call the "space-hole". And, the "space-hole" happens during the majorization of the Bases of Light that happens right before the instanton-quaternionic-field-impulse.  Certain mass-related interactions that involve point commutators can have counterparts that have a space-hole reltaionship that behaves as before, except that the perturbations in the Ricci Scalar that often happen spontaneously work to both redistribute and redelineate the theoretical effects of the operational encodements that would other-wise take into effect due to the elluded to pretextual bases.  I will continue with the suspense later!  Sincererly, Samuel David Roach.  Think of it this way.  "Huddle!  Break!", along with a gameplan, in sports, also needs to take into effect the things that happen due to the actual ensuing plays. The Ricci Scalar is the amplitudinal basis of gravity.  The Rarita Structure is the operational substrate that allows gravity to happen.  The activity of the directly prior works to effect the motion of those superstrings that are directly pushed and pulled by those phenomena.  This is, although, gravity is a relatively "weak" force.

Course 6, Session 2, Part 2, Strings As Toroidal Phenomena

Well hello again world, this is Samuel David Roach here!  I am about to continue with my session that teaches others more about what I call the "Royal Arc."
So, the world-toroid, which is tantamount to the existence of the Ultimon is thus tantamount to the whole existence of physical space and time, and such an "infinite" world-toroid is thus tantamount to the existence of space and time, period.  This "infinite" world-toroid has a majorized half-circle basis that circles each individual set of parallel universes on both the basis of forward moving time and the basis of backward moving time, respectively.   (One Arc or world-toroid eigenbasis encapsolating each individual set of parallel universes at both the side which defines forward moving time as well as the side which defines backward moving time, which would define there to be two sets of three of such Arcs.)  These majorized half-circles loops are what contain most of the norm-states of the physical Continuum.  Light that we see in our Continuum is recycled indirectly on account of this multiplicit Arc, and such Arc eigenbases indirectly allow light to exist in the Main world-sheets or the Main world-tubes, due to the condition of ground states recycling into norm states as well as norm states recycling into ground states in a manner that produces indistinuishable differences to the observation of one examining the Laplacian and Fourier conditions of such described sub-atomic phenomena.  The said majorized half-circles that I am describing each connect two stringular world-sheets.  The relative top majorized half-circles (the majorized half-circles that relate to forward moving time, which is thus considered to exist in the norm-to-holomorphic position relative to an outward observer) connects the said relative top stringular world-sheets, while the relative bottom majorized half-circles (the majorized half-circles that relate to backward moving time, which is thus considered to exist in the norm-to-antiholomorphic position relative to an outward observer) connects the said relative bottom stringular world-sheets.  The stringular world-sheets plus the majorized half-circles, the Main Heterotic String Fabric, plus the substringular encoders, are the Basis of the Ultimon.  Each of such majorized half-circles is an eigenbasis of the Royal Arc. Thank you for your time.  I am very greatfull  for my readership.  You have a phenomenal day!
Sincerely, Sam.