A Little Bit Of A Reminder From A While Ago

As a little bit of a reminder from a while ago -- every universe from each set of parallel universes, is inter-twined (intermingled) with every other universe of such a said set of parallel universes.  There are three sets of parallel universes.  These three sets of parallel universes, work to comprise what I term of as the Ultimon.  Each set of such universes, exists in two virtual hoops -- the outer external of such virtual hoops exists for forward-time-bearing momentum, and the inner-internal of such virtual hoops exists for backward-time-bearing momentum.  These said virtual hoops are virtual, because these work to bear a relatively wide annulus (to where each of such "virtual hoops," is here to exist as two interconnected tubes) -- at the center of their Nijenhuis cross-sectional region.  These three set of virtual hoops, exist adjacent and interconnected to one another -- with a relatively small annulus at the center of their Nijenhuis cross-sectional region.  There are also spots along the internalized contour of these virtual hoops, where phenomenology may be brought out of these hoops, in less than 1 Nijenhuis Planck Instant -- to help to allow for Ultimon Flow to happen (including in so as to work to allow for an inter-relationship between forward-time-bearing momentum and backward-time-bearing momentum.)  This should work to help at explaining what I meant a little earlier.
I will continue with the suspense later!  To Be Continued!  Sincerely, Samuel David Roach.

A Little Explanation As To the Morphologies

What I mean by the condition that Neilson-Kollosh ghosts bear a "hyperbolically toroidal" shape or morphology, is that the toroidal-based nature of the ghost anomalies that work to comprise any given arbitrary Neilson-Kolosh cohomological-based set of indices, tends to slope either hyperbolically inward -- in a converging genus of mappable tracing -- or, these often may slope hyperbollically outward -- in a diverging genus of mappable tracing, as such a format or genus of a set of cohomological-based indices, that work to comprise any respective given arbitrary Neilson-Kollosh ghost anomaly, that may be traced in a mappable manner, through any given arbitrary Lagrangian-based path -- that the directly corresponding graviton or gravitino, that such a case scenario eludes to -- as such a respective given arbitrary graviton or gravitino is being propagated through, over time.  So, if one is dealing specifically with the Lagrangian-based path of a graviton -- the respective directly corresponding ghost anomaly that works to form the correlative set of cohomological-based indices -- will be formed in so as to make a mappable tracing of simply a given arbitrary toroidal-based configuration, that is either hyperbolically converging or hyperbollically diverging, that is homotopically Hilbert or volume-spaced, with an annulus --  throughout that region in whih such a ghost anomaly is formed, by the physical memory of the mappable tracing of the projection of the trajectory of the directly corresponding graviton, of this given arbitrary case scenario.  Yet, if one is, instead, dealing with the Lagrangian-based path of a gravitino, the respective directly corresponding ghost anomaly that works to form the correlative set of cohomological-based indices -- will be formed, in so as to make a mappable tracing, that may be extrapolated as being the shape of the perimeter of a given arbitrary toroidal-based annulus of a configuration that is either hyperbolically Minkowski or flat-spaced, in either a relatively holomorphic-based converging manner or in a relatively holomorphic-based diverging manner -- throughout that region in which such a ghost anomaly is formed, by the physical memory of the mappable tracing of the projection of the trajectory of the directly corresponding gravitino of this given arbitrary case scenario.  The reason being -- that, any given arbitrary graviton works to bear more of a transversal-based angular Hamiltonian-based fractal of momentum in the substringular, whereas, any given arbitrary gravitino works to bear more of a radial-based Hamiltonian-based fractal of momentum in the substringular.  To Be Continued!  Sam.

Session Five Of Course Ten

The spherical shape of a two-dimensional superstring's field may be considered as many disc-like field partials.  These field partials interact with the field partials of light-cone-gauge eigenstates.  One of these disc-likle partials may be viewed of as either a washer or an annulus shpae.  Take the conter annulus of a three-dimensional stringular field that corresponds to a two-dimensional superstring.  We will here consider the annulus section of the said three-dimensional stringular field on account of the condition that this mentioned section is the substrate of the fractal of angular momentum of the field that I have been discussing.  The holonomic part of the annulus here bears the angular momentum indices of the three-dimensional substringular field during an iteration of instanton.  On the other hand, the interior of the said annulus bears the fractal of a magnetic field in this case, since, it is in this said section of the three-dimensional field that I have been discussing in which the radial momentum of the said field exists.  The interior of the said annulus also bears the spin-orbital momentum of the given three-dimensional field of the corresponding given two-dimensional superstring, since, the radial component of the field as well as the spin-orbital momentum component of the field both act as part of the vibratorial component of the said field.  The discs I mentioned of the substringular field here that I have described integrate in a Gliossi-Hodge manner to form the overall field of the given two-dimensional superstring.  The Laplacian integrand-based discs that contain the central annulus of the described field work to form the central- field-indices of the overall field of the said two-dimensional superstring.  The integration of the said disc-like phenomena that come together to help form the said three-dimensional substringular field of the said two-dimensional superstring works to form the integration of the cohesive partial fields of the described overall general field networking that exists in the substringular neighborhood that exists in the given general locus.  This general field is the set of mementum indices that interact with the field partials of the corresponding light-cone-gauge eigenstates in order to synchronize in kinematic codifferentiation in such a manner so as to help cause the operation of the said two-dimensional superstring that here, in this given arbitary case, acts as a propagatorial operator in space-time-fabric.  Such propagation is caused, in part, by the spring-like activity that is due to the operation of the local light-cone-gauge eigenstates.  I will continue with the suspence later!  God Bless You, and I will write some more soon!
Sincerely, Samuel David Roach.

The Substringular As To How the Universe Expands

The expansion of our universe -- as well as the exapnsion of all of the universes --  may be described as the expansion of where superstrings iterate.  After and in-between each instanton, superstrings cycle the Ultimon in the process of coming back to either basically the same spot that these were in during the directly prior instanton in cases relating to Noether Flow, or, to a relatively different spot than these were at during the directly prior instanton in cases relating to Tachyonic Flow.  So, in the earlier part of our physical space-time-continuum's existence, the various layers of reality when considered in one set of universes as can be described by the Bases of Light that these existed in during any given arbitrary time in the past, existed closer to one another due to the condition that the distribution of where the iterations of the corresponding superstrings were at had happened in a more tightly knit      region than these are at now as compared to the any prior generally described period of time -- now that our universe has expanded to more of a degree than it had in the past.  This is true in each of the three sets of parallel universes when taken into consideration individually.  Yet, when one considers the three sets of parallel universes taken as a whole in terms of 32pi I degrees of Laplacian angle of one set of universe's Bases of Light relative to an adjacent set of parallel universes, the mentioned Bases of Light that exist as the superstrings expand in spacial distribution as the universes expanded when taken per "space-hole" metric when the Bases of Light happen in-between each instanton yet right before each instanton-quaternionic-field-impulse-mode happen flushly from one set of universes to another.  In this manner, space-time-fabric has expanded over the ages via an expansion of the region where the superstrings iterate over time.  The prior is true for both the location of the Bases of Light in positive moving time as well as in negative moving time.  Also, the flushness of the Bases of Light -- of which happen in-between each instanton yet right before each instanton-quaternionic-field-impulse-mode -- bear the foundations of each layer of reality in such a manner so that each Bases of Light from positive moving time is flushly exterior to each Bases of Light from negative moving time.  You see, there are twelve overall world-tubes -- two for each positive moving time region for each of the three sets of parallel universes and two for each negative moving time region for each of the three sets of parallel universes.  Each individual Bases of Light, if unfrayed, is adjacent to its paring Bases of Light in their respective world-tubes.  The two adjacent world-tubes mentioned are interconnected via the equivalent of a relatively large annulus that makes these said tubes appear as one overall tube except for the existence of changes in concavity in the central outer surface area of the virtual overall tube that makes the two dual tubes exist, in a sense, as two tubes.  Perfection in humans is a falacy, yet, I am describing what I see in my mind as best as I can.
I will continue with the suspense later!  You have a phenomenal day!  Sincerely, Samuel David Roach.          

A Correction To Some Terminology Concepts

The connection in-between two arbitrary world-tubes that are the arena for the forward moving time of one set of parallel universes involves a relatively wide opening that, looking from an arbitrary right to left and bottom to top, is interconnected from a relative four pi position to a relative five pi position and from a relative two pi position to a relative pi position -- in such a way that these world-tubes majorize in such a connection around that particular arena of the Ultimon.  The reason why these are considered to be world-tubes is that each of such regions bears a Basis of Light that holonomically forms right before each instanton-quaternionic-field-impulse in a manner that allows a distribution of phenomena that "covalently" shares Planck-Like phenomena and other substringular phenomena between these two sections or tubes over the course of each instanton that occurs after each instanton-quaternionic-field-impulse.  The mistake that I made is that such an opening is not properly termed of as a large annulus, yet, that was the best way that I could think of as describing the involvement that happens here.  The interconnections as I have stated here are hermitian, even though these connections barely do not cusp.                                
So, take the relative placements of the interconections of two world-tubes that interconnect as one set of parallel universes that interplay the same direction of time, and majorize such an interconnection into an interconnection of two hoops that have a volume in this manner, and you have the region of a set of parallel universes for one direction of time.
Interior to the forward moving time of the dual acting world-tubes of one set of parallel universes, you have the dual acting world-tubes of backward moving time of the same set of parallel universes.  The relative placement of the interconnections of these world-tubes that correspond to where these tubes that work to form backward moving time is of the same nature as that of forward moving time, yet backward moving time during Ultimon Flow moves relatively clockwise, while forward moving time during Ultimon Flow moves relatively counterclockwise.  (Clockwise is relatively reverse-holomorphic, while counterclockwise is relativley holomorphic, just as antiholomorphic is motion that is to the relative right, while holomorphic is motion that is to the relative left.)  Again, each dual pair of world-tubes majorizes to form the volume of one set of parallel universes in one direction of time, and, each set of parallel universes has one pair of world-tubes for forward moving time and one pair of world-tubes for backward moving time.  In each case, the interconnections which are involved with the delineation of the volume of each set of parallel universes in both directions of time taken individually are hermitian -- even though these connections barely do not cusp.  Yet, an individual set of parallel universes in one direction of time interconnect with the adjacent set of parallel universes of the same direction of time with an annulus that binds these, since phenomena from one set of parallel universe rarely iterates in another set of parallel universes during any given instanton. -- The substringular flow that binds the three sets of parallel universes happens in-between the individual durations of instantons. 
So, again, we as humans only recognize relatively organized time, and relatively organized time only happens during instanton.  This is even though the duration of Ultimon Flow in-between each duration of instanton is equal to the duration of each instanton taken individually.  This is also even though by far most metrics happen during the mentioned durations of Ultimon Flow that occur in-between each duration of instanton.
Time may change direction via  a switch in the direction of substringular phenomena during its motion through the Main Heterotic String Fabric that sometimes happens during the Ultimon Flow in-between each instanton.  The cause of such a switch is due to activity that happens over the Fourier Transformations of a sequential set of instantons prior to the switch in the directoralization of substringular phenomena that happens over the course of the mentioned ensuing activity of Ultimon Flow in-between an activity that happens utilizing instantons.
I can not explain everything that there is to know in one post.  I am doing all that I can to explain certain things at a decent pace, while yet answering some questions that my readers may be asking in the meanwhile.
God Bless You, and you have a phenomenal day!                   
Sincerely,                                                                                                   
Samuel Roach.

Course 6, Session 14, Part One

What is the shape of a superstring in the globally distinguishable?  The shape of a superstring in the globally distinguishable is effected during the Polyakov Action by the Lorentz-Four-Contractions that are imposed upon such a phenomena in the substringular.  The illuminated superstrings in the substringular are those strings where the associated tori-sector-ranges are, prior to a given instanton, collected and recycled.  The residue of superstrings that is collected and recycled is operational during the sub-metric that transpires during the condition when the Bases of Light is active as I have described before.
                                                                                            
The actions of the instanton-quaternionic-field-impulse-range of the tori-sector-ranges in the Ultimon form a Lorentz-Four-Contraction effect upon the illuminated superstrings of each mentioned tori-sector-range taken individually for their related strings.  This effect forms a field that surrounds the superstrings when these strings are detected in the globally distinguishable.  What this effect does is that it curls the angular momentum around the magnetism of the very same field that detects the spacial parameters of the associated superstrings.  This mentioned effect curls the affiliated perception that we detect superstrings in such a way during a set sequential series of instantons, involving the Polyakov Action that the discrepencies of a two-dimensional superstring in this arbitrary case here, shows a hole in the middle of a surface that curls like an intertube around the just described hole or annulus.

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.     

Course 6, Session 3, Part 2

Well hello again world, this is Samuel Roach here!  How are you?  I hope that you are following along pleasingly.
So, as I was last saying, the substringular phenomena in the "rings" or "hoops" of the physical space-time-continuum are basically infinitely smaller that the Continuum as a whole.  Likewise, the annulus of the toroidal disc that comprises the center of physical space and time is quite smaller than the Continuum as a whole.  The holonomic substance of the Continuum is outwardly concave in retrospect, yet the said curvature curves inward toward the annulus that is at the center of the physical portion of space and time.  This is because the potential energy that causes the energy of the space-time-continuum to exist exists in a primordial manner at the said relatively small void at the center of the said toroidal disc, just as the charge in the center of a conductive shell exists only demonstratively at the outer surface of the said shell.  The sectors of this "donut" that has a very thin substance have a shape of "parallelograms" during the sub-metric that happens during the course of the Bases of Light.  Such  parallelogram-like regions curve energy so slightly so as to eventually form the three given rings' basis of permittivity over the course of the duration in-between each instanton.  The reason for the really slight bend in these parallelograms is the substringular gravity which is applied to them.  The fact that all phenomena has radial symmetry helps to explain why the space-time-continuum exists in the said "rings" or "hoops."  The fact that reality exists in a ring-like or hoop-like fashion shows why the "parallelograms" of tori-sector-ranges pull in on each other.  I will explain more of this during the course of the next lesson.  I hope that my instructions that explain such minute phenomena is forming a similiar picture in your mind as it does to me.
Until later, you have a phenomenal day!  Sincerely, Sam.