Maxed-Out Hilbert Space On Account Of The Correlative Motion Of Gauge-Bosons

 Since the "plucking" gauge-metric-related action of gauge-bosons, upon their directly associated second-order light-cone-gauge eigenstates, indirectly takes, what would otherwise be a maxed-out holographic space (as tantamount to a maxed-out Minkowski Space), and helps to work this into converting into a maxed-out Hilbert Space; it follows, that it is a correlative associative attribute of the residual resultant, of that tense of the physical expansion of the multiverse, that is here in terms of the multiplicity of its partial aspect of a Clifford Expansion, that has the innate general tendency, when this is in consideration of my particular model of string theory, that is thereby eminent in its role, as that particular tense of a covariant, co-differentiable, and a co-determinable attribute of space-time-fabric, that works to allow for the general physical condition of the spatial dimensionality of space-time-fabric, to work to bear an innately determinable volumed-space (as here, being of a maxed-out Hilbert Space). SINCERELY, SAM ROACH.

Cohomology Versus Homology -- What The Main Reductional Difference Is

 What I have learned to be the main reductional difference, between a Cohomology and a Homology, -- is that, in working to determine what a specific Cohomology is to be, -- one is here to be mathematically converting a Minkowski Space into a Hilbert Space; whereas, -- in working to determine what a specific Homology is to be, -- one is here to be mathematically converting a Hilbert Space into a Minkowski Space. I will continue with the suspense later! To Be Continued! Sincerely, SAMUEL DAVID ROACH.

An Attempted Link Between Two Theories

First of all:  Do you remember how I had once stated to the general effect, that all of the universes of one set of parallel universes exist, -- in a such a manner, to where these were here to be inter-twined amongst each other?  Next; do you remember me stating, that all of the discrete quanta of energy of one particular universe, that is of one particular set of universes (parallel universes), are here to tend to exist along, what I had termed of here as being of a "tori-sector-range"?  Let's say, for instance, that all of the discrete energy, that are here to be of one particular universe, during those substringular iterations of the generally noticed duration-related moments of Ultimon Flow -- as this is here to be of one specific given arbitrary "tori-sector-range," when these are here to be in continuation of belonging to the same said respective inferred universe, are here to tend to exist along a "strip" of space-time-fabric (aside from those certain homotopic interconnections, that work to bind various increments of one universe in correlation to the others) -- that is here to bear a "cross-sectional slice," that I have estimated here, to be somewhere on the order of being about:

1.5808517*10^(-32) meters By 8.5613512*10^(-27) meters.

Such a said "slice," may be thought of as being an ever twisting and twisted Minkowski-related "dimensional-train," -- that is here, as a tense of being both of a multi-varied torsion of a flat space, that may, as well, be thought of as being an integrative tense of existing as a tense of a Hilbert space also.
When one is to put all 91*10^(81) universes, that are of all of one set of parallel universes together, this works to help at making a tense of a volume-related realm of reality.

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

As To The Completion Of An Otherwise Multiplicit Mobius Condition

Each set of parallel universes of the Ultimon, works to bear what may initially be a consideration of 26 spatial parameters of dimensionality plus time -- a sort of a Minkowski or flat-spaced-based spatial dimensionality.  Yet, such a so-eluded-to spatial conditoinality of dimensional parameterization, works to bear a multiplicit addendum of a Njenhuis spatial dimensionality, that would here consist of six added multiplicit spatial dimensions -- of which would then work to result in each set of parallel universes to then bear a Hilbert-based spatial dimensionality of up to 32 dimensions plus time.  The Rarita Structure is started in a Fourier-based manner, at the respective given arbitrary general locus of the light-cone-gauge egienstates, and, the so-stated Rarita Structure is ended in a Fourier-based manner at the respective given arbitrary general locus of the gauge-bosons, (the general locus of the so-eluded-to E(6)XE(6) strings of the substringular.)  As the gauge-bosons act in so as to "pluck" the correlative second-ordered light-cone-gauge eigenstates -- the so-stated gauge-bosons act as a set of physical entities that each consist of six-dimensional closed loops, that act upon the said light-cone-gauge eigenstates -- in such a manner, in so as to put a wave-tug/wave-pull upon the so-stated light-cone-gauge eigenstates that is of both a Gliosisi and of a Yukawa-based nature, in six spatial parameters of dimensionality -- within the constraints of a gauge-metric, that is operateable over a sequential series of iterations of group-related instantons, that work to allow for the general eigenbase of the inter-relationship of discrete energy with the gravitational force -- so that phenomenology may be held together, so that there may be the existence of discrete substringular inter-relations, over time.  This said six dimensional activity of a holonomic-based substrate -- that is made by a phenomenology that is as well of a spatial parameterization of six spatial dimensions, plus time -- is what primarily acts, in so as to work to complete the "second-edge/second-side" of what would otherwise be the "holographic"-based flat space or Minkowski-based space of physical space and time.  (The completion of an otherwise Mobius condition.)  Such a continuous and a spontaneous Hilbert-based completion of a volumed-based space, is what acts in so as to work to make the viable inter-relations of spatial dimensionality of such a nature, in so as to work to bear the here needed completion of physical substringular depth.  As well, this works to complete the Newtonian principle -- that, for every action, there is an equal and opposite reaction -- acting in the opposite general direction of the said initial action.
I will continue with the suspense later! To Be Continued!  Sincerely, Sam Roach.

The Last Part of Session 10 of Course 18

A d-field -- of which is the general format of the fundamental field-density of an electron -- works to bear a minimum of six spatial dimensions plus time, as a phenomenon such as an electron is moving, over time.  Flat space or Minkowski space consists of up to 26 spatial dimensions plus time.  A single set of parallel universes works to consist of up to 32 spatial dimensions plus time, and, this works to form an overall Hilbert space.  So, the difference in the spatial dimensionality of an overall set of parallel universes And the maximum number of spatial dimensions in a flat space or a Minkowski space is a quantity of six spatial dimensions.  Likewise, as I have said before, an electron exists in a minimum of six spatial dimensions plus time, as such so-stated electrons are distributed and delineated from one given arbitrary respective spot to the next.  The mobiaty of space-time-fabric is based upon a general eigenbase of 26 spatial dimensions, over any respective given arbitrary period of time that may be correlative to such a said eigenbase.  Electrons are that phenomena, that, over the time period that we as people have ever been able to perceive of space-time-fabric in any viable tense that we have been able to apprehend its nature, works to form photons, or, discrete units of electromagnetic energy -- by the so-stated electrons dropping an energy level, in order to be able to go to a state of optimum rest.  Light works to exist in a minimum of ten spatial dimensions plus time, as such light is distributed and delineated from one spot to the next.  The first four spatial dimensions that would here directly appertain the most to the existence of an f-field of a nucleon -- are all extended spatial dimensions.  The next six spatial dimensions, that would here most directly appertain to the existence of a p-field -- the immediate field of any respective given arbitrary photon -- are all curled-up in nature.  Thus, the relationship that electrons -- in the process of being the core relater between the existence of mass, kinetic energy, and electromagnetic energy -- work to form the ongoing extrapolatory existence of light, works to help cause the conditionality that electrodynamics is the key to the condition, that the general existence of relative mobiaty works to form a second-side/second-edge, as the granular extrapolation of space-time-fabric is pulled over the general genus of the curvature of its multipicit eigenmembers, in so as to cause the multiplicit correlative gauge-metric eigenbase that would here work to cause overall space-time-fabric to have a basis as a Hilbert space or a volume space -- instead of having a basis as a Minkowski space or a flat space.
To Be Continued!  I will continue with the suspense later!  Sincerely, Sam Roach.

More About Kaeler conditions

The center state of the perturbation of a cohomological set of indices that exists during the metrical duration that occurs right as the Wick Action eigenmetric is initiated, is the path operand as to where the center state of the ensuing relatively local directly corresponding Gaussian Transformation is to happen.  So, when there is a Kaeler condition that is antiholomorphic -- to where it is initiated upon a general substringular region -- in which a directly associated Wick Action is activated in the primal-based locus of the said general locus -- there will be an alteration in the morphological index of the eluded to corresponding cohomology, of which is comprised of interconnected ghost anomaly-based indices that are kinematic upon the on-shell topological stratum of the corelative substringular neighborhood.  Such an alteration in the morphological index will here be associated with a streaming of divergent Minkowski-based norm-state indices that bear Njenhuis norm-state projections that are tied together into what may often be an integrative Hilbert space that is annharmonic in terms of topological sway.  The center state of the eluded to perturbation of cohomological bearing is here comprised of the relative peak in topological Clifford-based divergence -- in terms of the sway of the here eluded to peaks and troughs of Gliossi-Sherk-Olive substringular field covariance.  The just eluded to Majorana-Weyl covariance will here be annharmonic in terms of both the metrical and the Lagrangian-based flow of Chern-Simmons singularites that are imbedded upon the holonomic substrate of the directly corresponding cohomological stratum.  The Laplacian-based coniaxial that may be extrapolated from one endpoint of the said general cohomological index of the here given arbitrary topological ebbing to the other endpoint of the said general cohomological index of the here given arbitrary topological ebbing -- at the conimetrical onset of the directly corresponding Wick Action that is being considered in this scenario -- is the traceable mapping as to where the center state of the ensuing Gaussian Transformation is to occur.  This  is to happen during the ensuing Kaeler Metric eigenmetric.  The higher the genus of the directly associated Chern-Simmons singularity-based perturbation is at the onset of the activation of the here eluded to Wick Action eigenstate, the more iterations that the directly affiliiated format of Kaeler Metric eigenmetric is to occur at the general substringular cite, as to where the eluded to perturbation is to occur.  Each of such iterations of Kaeler Metric that I have eluded to here will be at slightly different specific loci from within the general cohomological locus of index that I have here brought to the attention of the reader -- each of which will be centered at the specific locus that bears the best angular momentum to handle the readjustment of the substringular change in norm conditions best, via the appropriate centralization of the Hilbert gauge quantizaton that is structured kinematically along the previously discussed "longitude" of the eluded to format of a coniaxial-based Lagrangian of traceable mapping.  I will continue with the suspense later!
Sincerely, Samuel David Roach.

A Little Bit About The Manner As To Imaginary Numbers

Certain Imaginary numbers that may be described of as such:  (Integral of ((1/x) from -1 to -1)dx = ln((x) from -1 to 1),
which equals ln(1) to ln(-1).
This shows that everything in the overall space-time-continuum exists as a reciprocating factor of something that may be derived from a "slice" of a completed Minkowski Space that interconnects to form an overall Hilbert Space -- by the conditions of a basis of radial transfiguration that is delineated in a transversal or linear manner.  (In a unit circle, sine and cosine vary from 1 to -1.  Sine and cosine are off by 90 degrees relative to each other, and, since sine is 1 when cosine is 0; sine is also -1 when cosine is 0; cosine is 1 when sine is 0; and also, cosine is -1 when sine is zero.
Norm conditions form the basis of Imaginary transfiguration.  Relative to our universe, Planck Phenomena may be considered to have a Gaussian membership of 1, or, in a sense, of ~1.104735878*(10^(-81)) i degrees -- depending on how you look at it.  The sine of 90 degrees is 1, and the cosine of 0 degrees is 1.  The wobble of the Planck Phenomena that are of our universe that are adjacent to other Planck Phenomena of our universe is  ~1.104735878*(10^(-81))i degrees.  This is because 32pi(i)/(91*10^(81)) degrees is ~1.104735878*10^(-81)i degrees.This wobble is the vibration of the Planck Phenomena during the iteration stability that exists during BRST, while Imaginary Exchange is being shared by the Real Residue of superstrings to and from their counterstrings.  Every parallel universe has Planck Phenomena that are normal to their adjacent Planck Phenomena that belong to their specific universe with a discrepancy of
~1.104735878*(10^(-81))i degrees.  This is because the wobble of Planck Phenomena remains constant for any tori-sector-region that does not form a black-hole.  Normalcy that exists between Planck Phenomena occurs between the angular momentum indices of certain respective Planck Phenomena.  The just mentioned angular momentum indices of a Planck Phenomena is shaped like a figure-eight that is inscribed by a Chi-Like shape.  This may be normal to an adjacent eigenset of angular momentum indices of a Planck Phenomenon by any tightly-knit Laplacian-Based substringular region that may be depicted as a "3-d" locus, in a manner so that it corresponds to only those Planck Phenomena that are also of the same universe.  Such Planck Phenomena that are of the same universe are here normal to each other, when one discounts the wobble of the said Planck Phenomena that I described of as existing during any given arbitrary stable iteration of instanton -- or, more specifically, during any given arbitrary stable iteration of BRST that occurs as the main focal metric of the corresponding instanton.  I will continue with the suspence later!
Sincerely, Samuel David Roach.         

More About the Higgs Action

The Higgs Action moves through a Minkowski plane that bears a Fourier tensed Schotky Construction of non-trivially isomorphic group-metrics that involve Ward Conditions of bimorphological distribution indices due to the wobble of the Klein Bottle, that allows the associated superstrings that are to enter the physical Neumman parameters of the said Klein Bottle to obtain (reobtain) the permittivity that these said superstrings are to receive so that these superstrings may remain as the discrete energy that these are to be so that energy and reality may continue to exist. When considering the wobble of the Schotky Construction to be a Njenhuis Tensor, the given planar group-action that I described is a group integrand of the whole Schotky Interaction involved is to be considered as one Real Reimmanian integrable surface, then the Ward Conditions of the said Schotky Interaction is said to bear a Hilbert integrable surface. The Higgs Action itself, although much smaller than the whole Schotky Construction, is Diracly differentiable through the described Fourier Transformation in a majorized Hilbert Space as compared to the Real Reimmanian Surface that the Schotky Interactioin as a whole, is differentiable in only a Minkowski Plane that bears a Njenhuis wobble. When considering the raising of the Klein Bottle to be in the norm to holomorphic direction, the dot product of this directoralization acts as a Minkowki holonomity that is binarily Lagrangian. Each individual group metric directoralization of the described binary Lagrangian acts as a unitary Lagrangian. When considering the Njenhuis indices of the Real Reimmanian perturbation of the norm Fourier Translation of the said Schotky Interaction, as the Klein Bottle is transferred through the holomorphic directoralization in a norm manner relative to the raising of the Klein Bottle, the angling of the Higgs Action is a unitary Hamiltonian operation that integrates between the said binary Lagrangian Fourier Transformation of the Schotky Construction as a multiplicit Hamiltonian Operator. The subsequent antiholomorphic, and norm to antiholomorphic, redirectoralizations of the Schotky Interaction that proceed after this Schotky Interaction kinematically differentiate first norm to holomorphically, then holomorphically, through the associated binary Lagrangian Plane, acts with a non-trivially isomorphic redistribution of the angling of the Higgs Action by an initially Minkowski antiholomorphically realigning of forty-five, unperturbated in vibrational index, degrees, allows for the Klein Bottle to then move to the relative right and then to the relative downward to complete the oscillation of the said Schotky Interaction. When the Schotky Interaction moves from the relative "upward" to the relative left, the Higgs Action initially has a reallignment of its angling by a holomorphically Minkowski, unperturbated in vibrational index, degrees of 22.5. The interconnection between the Higgs Action and the Klein Bottle exists due to the "velcro-like" interactions of the mini-string (substringular field) of the Higgs Action and the mini-string (substringular field) of the bottom of the Klein Bottle's surface.