Some Stuff As To Minkowski-Based Orbifolds

If  two orbifolds that are adjacent are flat -- or, Minkowski-based -- then, the two orbifolds have, in this given arbitrary scenario, a composition that consists of two sets of superstrings that perform two different specific functions each, respectively, that would here involve two sets of superstrings that bear a unitary-based adjacency the one toward the other.   This would mean, here, that each superstring of one of the two given arbitrary orbifolds are then here adjacent to one of the superstrings of the other given arbitrary orbifold.  So, if the Planck phenomenon of one of the superstrings of discrete energy permitivity that works to comprise one of the orbifolds that I have here mentioned is adjacent to the Planck phenomenon of one of the superstrings of discrete energy permittivity that works to comprise the other given arbitrary orbifold that I have eluded to in this case, then, the two orbifolds of this case scenario are of the same universe.  This is because all of the superstrings of any given arbitrary orbifold are of the same universe -- since an orbifold is a set of superstrings that work to operate in so as to perform one specific function.  So, if one superstring of one given arbitrary orbifold is of the same universe as another superstring of another given arbitary orbifold, then, the two just mentioned orbifolds will be of the same universe.  I will continue with the first part of the fifteenth session of course 14 later!  To Be Continued!  Sincerely, Samuel David Roach.

Some Stough About Planck-Related Phenomena

There are 16*10^(86) Planck Phenomenon in our universe in an iteration.


                      
Here is a substringular explaination of parallel universes:

For every Planck Phenomenon, there are 10,000 visage Planck Phenomenon in our univers alone and 10,000 visages of superstrings(of what I had called visages).

For every Planck Phenomena visage, there are 10,000 virtual Planck Phenomenon and their superstrings in our universe alone.

For every virtual Planck Phenomena, there are 10,000 virtual Planck Phenomena visages and their correlative superstrings in our universe alone.

Pi i electron volts per BTU produces invisibility, 4pi i electron volts per BTU produces holomorphicity in objects.

Parallel universes have Planc Phenomenon that are charged 5pi i electron volts to 95pi i electron volts in any of 10^81 substringular 3-dimensional angles, depending on which parallel universe you are talking about.

This means that there are 9.1*10^(82) universes per continuum of the 3-continuumed overall space-time-continuum.

Many of the parallel universes are exact replicas of our universe.                              

Many of the parallel universes are exact replicas of other parallel universes.

Ever so often, 1 ten thousandth of history changes.

This is called a Major Reality Change.(MRC).

Whenever a new tori sector region is activated, a new MRC happens.

MRCs go from positive to negative, and the last MRC is a repeat of the activation of the first tori sector region, yet with different Planc Phenomena interactions.

A negative MRC just starts out with a negative action -- it can still be predominantly positive.

When an MRC begins, Planc Phenomena that bear a borne normalcy

angle further and further away at a substringular 2-d angle of 45 degrees and a substringular 3-d angle of 90 degrees while indistinguishably different Planc Phenomena taking their place with the adjacency.

This motion goes from the Planc Phenomena that are nearest the encoders to the Planc Phenomena that are furthest from the encoders and vice versa in a majorized oval manner.

Likewise, this happens for each parallel universe with a little exchange between the parallel universes.

Positive MRCs begin by circulating counterclockwise relative to counterclockwise ultimon flow, and negative MRCs begin by circulating clockwise relative to counterclockwise ultimon flow.

This is per parallel universe.

Positive activity involves a normalized Planc Phenomena majorized directoral circulating counterclockwise relative to counterclockwise ultimon flow.

Negative activity involves a normalized Planc Phenomena majorized directoral circulating clockwise relative to counterclockwise ultimon flow.

The flow of normalized Planc Phenomena majorized directoral circulation is controlled by cognitive MGs in operation.

It is my thought that God wins and normalized Planc Phenomena majorized directoral circulation is predominantly counterclockwise relative to counterclockwise ultimon flow.

The positive flow is helped by the pattern of the encoders.

I will tell you more later!

God bless you, and, hey, stay as tough as a fiber that is 3*10^(-35)m long!

Sincerely,

Samuel Roach

Part One of the Second Session of Course 9

There are discrepencies in the normalizations between Planck phenomenon related phenomena.  Planck phenomenon related phenomena of our universe are normal with a discrepency of ~1.104735878*10^(-81)i degrees.  Such stated phenomena of the furthest parallel universe in our set of parallel      universes are normal to ours with a discrepency of 32piI degrees.  I can imagine that some people are thinking, "Any charge that is divisible by piI degrees is zero!", yet, if such a number involves the scalar of a charge that  is linearly delineated through a transversal Lagrangian, then, instead, it bears a discrete and definetive value and thereby a discrete and definitive charge.  This means that the parallel universe that is farthest from ours has Planck phenomenon related phenomena normal to ours when one discounts a 32 dimensional separation from our universe.  Each parallel universe has such mentioned phenomena that are normal to each other with a discrepency due to a wobble during each successive instanton of ~1.104735878*10(-81)i degrees.  This corresponds to the wobble of the mentioned related phenomena from within their iterations and reiterations.  So, Planck phenomenon related phenomena that are adjacent to each other and are of the same universe are basically normal (meaning to have an orphoganol relationship in terms of corresponding differential geometry) -- except for the fact that such mentioned related phenomena  wobble during iteration not only by the angle that was previously described, yet, also through the gauge-metrical activity of  close to 100,000 back-and-forth motions per each successive instanton.  The operation of the space-hole  that helps to set the condition of an ensuing Kaeler Metric is involved with the fact that the mentioned related phenomena do not always wobble back-and-forth exactly 100,000 times during the successive course of each multiplicit instanton.  If Planck phenomenon related phenomena were to wobble more than these should during the course of an arbitrary individual instanton in an arbitrary locus, this could form a fissure in space-time-fabric -- since during the successive series of a Kaeler Metric, Planck phenomenon related phenomena must wobble half as much so as to allow for the gauge-activities of the Kaeler Metric eigenstate and the Regge Action eigenstates to both happen right before Ultimon Flow.  I will explain why that is right here.  When the Kaeler Metric is happening in a given locus over the course of sets of 191 instantons per group eigenmetric at the substringular neighborhood where the mentioned Metric is operational at, the duration that would normally occur for just the Regge Action is split into two durations of equal scalar "tempos" -- one for each Kaeler Metric eigenstate and one for each Regge Action eigenstate.  The reorganization of the Gaussian Matrices that happens over the duration in which the "space-hole" and the Basis of Light is kinematic right before instanton-quaternionic-field-impulse works to cause the Wick Action to be brought into motion when the Jacobian eigenbasis of an orbifold or when the Jacobian eigenbasis of an orbifold eigenstate is to change in terms of general Norm Ward Conditions.  The 100,000 back-and-forth wobbling motions of a Planck Phenomon related phenomena happens specifically during BRST to help prepare for the general duration of the Regge Action -- and the Regge Action is what converts the Hamiltonian Operation of the light-cone-gauge during BRST into the multiplicit group wave-tug permittivity that causes superstrings to cycle the Ultimon in-between each instanton.  So, if a Regge Action eigenstate is prepared to operate in half of its normal duration, then, the Planck phenomenon related phenomena that act as the local discrete units of energy impedance must thereby wobble half as much during BRST so as to allow for the added kinematic "drive" that allows for the necessary related Kaeler Metric eigenstate to happen at the latter part of the duration of an arbitrary instanton eigenstate that happens in a given arbitrary locus where a Gaussian Transformation is taking place.  This means that the wobble of the described discrete units of energy impedance here would transpire with half the sub-frequency that it would otherwise occur at so as to allow the initial activity of the light-cone-gauge to bring into motion both the here necessary Kaeler Metric eigenstate and the here necessary Regge Action eigenstate.  How does the wobbling slow down so as to allow what I just said to happpen?  When a Gaussian Transformation is to occur -- whether such a transformation is to be a gauge-transformation or not -- their is a fractor of a multiplicit dipole moment that mainly operates between what is encoded to form two orbifolds and/or that mainly operates between what is encoded to form two orbifold eigenstates.  This is so as to allow for a minimum of two local Gaussian Transformations that will consequently change the Norm Ward Conditions of a minimum of two orbifolds and/or will consequently change the Norm Ward Conditions of a minimum of two orbifold eigensets.  Such a fractor of a dipole moment at such a small scale slows the wobbling of the directly associated Planck phenomenon related phenomena that still sway over a common duration of BRST. (Although, over the last close to 13.7 billion "terrestrial" years, instanton duration has mildly slowed.)  Consequently, the less back-and-forth wobbling of the described discrete units of energy impedance allows for the motion of the light-cone-gauge during BRST to be able to bear the duration of an arbitrary Kaeler Metric eigenstate while allowing an equal duration in a relatively quicker Regge Action.  I am only able to explain so much at once.  I really appreaciate your reading!  God Bless You in the name of Yahweh!  Sincerely, Sam.                                                                                                                  

Part Two of the Twelvth Session of Course Six

Well hello again world, this is Samuel Roach here!  I hope that life is o.k. for you today!

Interconnecting the conicenter of the troughs of each of the dual ends, at both the the general locus of forward moving time and at the general locus of backward moving time, of each of the six eigenbases of the Royal Arc structure --  as integrated into the majorized structure of the Royal Arc for each associated layer of reality -- is an endpoint of what forms as a Chi Shape that forms as a Trace that exists in the Main Heterotic String Fabric topological region.  This Trace Basis functions in such a manner so as to take norm residue into the holonomic entity of the mentioned Trace eigenstates in such a way so that the said norm-state residue may recycle into ground-state residue that recycles back into norm-state field topological metric-gauge-like phenomena at the opposite corner from where the initial norm-state residue -- that consists of mini-string that needs to be re delineated -- is reincorporated back into norm-states.  The sub-metric in which the previous activity happens is during the sub-metric in which the Bases of Light exists as an integration of what is then soon to be the very many Planck phenomenon related phenomena of one layer of reality.  This exists in the same type of way for each Basis of Light.  If it were not for the Chi-Shaped phenomena that I just described, and if it were not also for the Main Heterotic String Fabric, the semicircles that comprise the eigenbases of the Royal Arc as a cross-section like phenomena that occurs right before instanton-quaternionic-field-impulse would consist of circles instead of semicircular phenomena -- and the Continuum would then need to exist as three plain hoops interacting with the twelve Main world-tubes in such a manner that superstringular commutation and superstringular recycling would then be impossible.  Superstringular commutation is essential for the group instanton interaction to bear any terrestrial simultaneous unitarity, which is essential for phenomena to interact in any organized way.  Superstringular recycling is essential for mini-string or substringular fields to interchange indices in such a manner so that the basis of jointal differential geometry to interchange into the basis of smooth-curved differential geometry and then back again into jointal related phenomena, and also so that the basis of smooth-curved differential geometry may interchange into the basis of jointal differential geometry and then back again into smooth-curved related phenomena.  Such interchanges are essential so that ground-states and norm-states may bear an optimum fractal and elastic modulae.  As stated before, all point particles flush through the Continuum in a manner of which we would term of as intantaneously.  In this way, all of the information that is regulated recycle-wise via the described majorized "semihoops", and is  communicated potentially  in a way that is more observably via the twelve Main world-tubes in a consant fashion in such a way that there is a constant relationship among all kinematically physical phenomena.  The Royal Arc acts as a regulatorial operator due to the fact that its volume allows for the condition of the degree as to how much more Fock Space there is then ground-state-based space.  The regulatory operation that I described is also due to the condition that the Royal Arc acts as a membrane that forms a vacuum comprised of Fock Space that kinematically differentiates in such a way so as to settle the gravitational indices of the phenomena that exists in the world-tubes in such a way that fascillitates the process of Ultimon Flow.  In courses nine and ten, I will explain more as to what wave-tug phenomenology springs phenomena from instanton into the main operational conditionality of Ultimon Flow.                                                                            
I will continue with the last part of this session later!  Until then, keep a positive attitude, and things should look up for you.  Bless You and you have a phenomenal day!  Sincerely, Sam Roach.

A Precursor To Courses Nine And Ten

The reason as to why the superstrings related to electromagnetic energy and the corresponding Planck Phenomenon related phenomena that are directly associated with such bosonic superstrings always have a Yang-Mills light-cone-gauge topology -- which is always non-abelian -- is because the completely contracted form of light that becomes mildly first-ordered point particle-wise/covariant delineation-wise disconbobulated must not have mini-string that attaches these directly to each other in any way that over-stretches the fractal modulae of the holonomic "sensitivities" that are intrinsic to the nature of superstrings.  So, since bosons of electromagnetic energy do not have an even Grassman Constant during BRST, the mini-string in between such bosons and their corresponding Fadeev-Popov-Traces must also bear Hodge Index based Lagrangians that are also not even in  
terms of the amplitude of their associated covariant Laplacian scalars.  Yet, since such a disconbobulation is minimized to allow for the condition of Light to be the foundation of the relative covariance of the kinematics of physical space-time fabric, the "slack in the line" which here has no lack of necessity must provide a consistant harmonic wave-pattern that is homeomorphic throughout the Laplacian mapping out of the length of one-d strings or the circumference of two-d strings, given the vibratory oscillation mode that a given superstring bears during a given instanton.  This makes, out of necessity, the condition of a non-abelian light-cone-gauge topology or a Yang-Mills topology for bosonic strings appertaining to electromagnetic energy so that homotopy may be maintained without any unnecessary wave residue.  Fully contracted superstrings that are not -- through their corresponding sequential series of iterations -- going at light speed have first-ordered point particles that are only disconbobulated in terms of their spin-orbital isosymmetries instead of being disconbobulated in terms of the non-even Grassman Constants that are related to all superstrings of this nature.  The condition of an odd-integration of first-ordered point particles in terms of the Grassman Constant in relation to electromagnetic energy is the reason why light-speed in the globally distinguishable is the general maximum for speed in a given direction.  The exceptions to this is light that is sped up by certain attributes of gravitational-like forces (Kirchoff radiation) worm-hole transportation (which is mainly a speed-up due to the bending of space), and something else (NOYB, AIIF).  Electromagnetic energy is the envolvement of  a linear generated propagation of Noether Flow that is directoralized through the basis of unitary Lagrangians through the operand of the space-time-fabric that exists in the domain of its cross-product.  So, when one has a mass that is going just under light speed that is to soon go faster than light, the spin-orbital isomorphms that bear a mapping of assymetric Laplacian axial torsion that does not wobble at any moment toward the other related first-ordered point particles due to the intense fractal modulae of the mini-string that interbinds the described point particles, while yet being perturbated to allow for a swivel attribute that is hermitian to still allow for a  conformal dimension of one for 1-d strings and a conformal dimension of two for 2-d strings, will not form an even Grassman Constant during the ensuing related eigenmetric of Regge Action due to the described torsional force that is applied by the described first-ordered point particles due to their assymetricly isomorphic spin-orbital "disconbobulation."  So, although the Laplacian mapping of such substringular field if unfrayed is going to have a strong homeomorphicity, the described lack in an even Grassman Constant throughout the region of instanton causes related superstrings to operate in such a fashion to where their next iteration will then need to function according to tachyonic flow instead of Noether Flow.  Such activity will always place the related superstrings into a Hamiltonian operand that alters the covariantly local differences in substringular neighborhood in such a way so that the norm conditions of the correlatively involved stringular orbifolds, and the correlatively involved stringular orbifold-eigensbasis, will change in terms of their Jacobian eigenbasis.  Whenever an orbifold and/or an orbifold eigenbasis is altered in its Ward Norm Conditions, seeing that the Jacobian eigenbasis of such prior mentioned phenomena will then be altered in terms of their Gliossi directoralizations and also in terms of the covariant angling of Planck phenomena related phenomena relative to one another given the related universe eigenstates involved and the angling of Planck phenomena related phenomena relative to one another given the related eigenstates of covariant layers of reality, will always involve one or more sets of Gaussian Transformations that will replenish the permittivity of the related superstrings.  A Gaussian Transformation always involves a Kaeler Metric, yet, a gauge-transformation is a type of a Gaussian Transformation that not only replenishes permittivity in superstrings, yet, in the process, due to the altered Grassman conditions of corresponding superstrings, changes light-cone-gauge-topology from non-abelian to abelian and vice-versa.  Gauge-Transformations always happen when light scatters.  The scattering of light causes heat under present universal conditions.  Thus, gauge-transformations are what cause entropy.  The trick is to minimize the gauge-transformations so that harmony, peace, and development of self-actualization in the universe may be exemplified while still allowing for adequate heat and the necessary changes of physical states.  I will continue with the suspense later.  Until then, you have a phenomenal day!
Sincerely, Sam.        

Course 5, Session 10, Part Two

Hello again, this is Sam Roach here!  How are you doing?!
Now, to continue with the session that I have just recently published.

As an example of how Planck Phenomenon related phenomena return to be associated with some Basis of Light:
If there were two almost identicle Bases of Light, one will activate to deactivate the prevailence of  the other.  If there were three almost identicle Bases of Light, two will activate sequentially, and the other will go back to the original position that such a less predominant Basis would normally have if not activated to be prevailent.  This involves the stringular encoder that is directly involved with such an "inactivated" Basis being kept out of the direct Lagrangian path that an activated Basis of Light will have, in terms of the section of space-time-fabric where the superstringular encoders are located.

So, the 'knot" is small in a Basis of Light as compared to the sum holonomic manifestation of such a Basis here, yet it is not loose.  The so-called knot here is a field association pulled larger by the right fitting recycling mode that is vibrated larger.  (So, the center of a Basis of Light increases in size during the brief sub-metric in which the Bases of Light are manifested right before the quaternionic-field-impulse-mode -- the latter of which comes right before instanton.  The fabric of a Basis of Light never shatters, though.  The shape of such a Basis is that of a majorized Planck Phenomena related phenomena that is Laplacian-based in a hermitian tense, although the Ward curvature that decriments to its center is euler based in such a Dirac fashion so that the thick rho, theta, and phi related Hilbert Space of such a Basis is mildly decremented as the "knot" in the center just starts to largen, which is right before such a Basis is untied into many mini-bases on account of the activity of the superstringuar templates that "mold' into one tense of superstringular encoder so as to allow the sub-metric activity of instanton.  The activity of the recycling of mini-string delineation helps to keep space-time-fabric from fraying..

If a point is mostly mini-string that is relatively loose without much considerable condensed oscillation, and it strikes a point particle of the first-order with full codensed oscillation (in so much as can be expected), and if the original first-ordered point particle also strikes a line of mini-string, the waves of the first described point will elliminate the waves of the second point, and the points wil be elliminated.  These two tpes of norm-states need to be separated by the space-hole.  The space-hole is throughout the Continuum in-between each instanton.  (This involves the first-ordered point particles and the norm-states that are indirectly attached to the Bases of light via an unborne tangency just as the Bases of Light are manifested during the sub-metric in which this happens.  The space-hole is like a semi-permeabel membrane that only allows certain waves of positive points to effect certain waves of negative points, under the conditions of their respective norm-states that these comprise, being used to denote which points are "positive" and which points are "negative."
You see, positive and negative norm-states have waves that flow in opposite directions.  The space-hole only allows waves that will maintain phenomena to flow through this.  The space-hole is a fabric within the space-time-fabric that is shaped in so that small particles with opposite holomorphicity do not collide in a destructive manner.  It allows the maintainance of stuff.  the space-hole is when the topology involving homotopy  temporarily begins to disconnect to allow for the necessary reshuffling of the substringular.

When mini-string on the fringes of positive and negative norm-states, and on the fringes of superstrings and their counterstrings begins to comingle, the space-hole detects this like the body detects pain.  When this happens, the space-hole snaps these wave-sectors apart.  This happens because the comingling starts an attempted atrophy in phenomena that forms torsion in the space-hole.  This torsion snaps the space-hole onto the space where the comingling began.

I will stop here with this Session, because the remainder that I previously prepared is not for the public ear.
God Bless You, and you have a phenomenal day!  Sincerely, Sam.    

A Description Of Fadeev-Popov Ghosts

Every superstring that is not heterotic bears a certain type of field trajectory that is known as a Fadeev-Popov Trace. The field trajectory of a heterotic superstring is either a light-cone-gauge eigenstate (for E(6)XE(6) superstrings) or a discrete Schwinger Index vibration that is on the periphery of an orbifold or an orbifold eigenset (for E(8)XE(8) superstrings). A Fadeev-Popov Trace is based on the shape of a Chis shape that has a figure-eight shape inscribed within it with a common center. An ideal Fadeev-Popov Trace is one of one-trillion of such related phenomena. Such phenomena are also known of as Plank phenomenon related phenomena. Such phenomena comprise discrete impedance of discrete energy. During each instanton, Fadeev-Popov Trace eigenstates iterate at the reverse holomorphic side of their respective non-heterotic superstrings. After a sequential series of instantons, a Fadeev-Popov eigenstate leaves a physical memory of where the described Trace was located and how it was kinematically differentiating in the transiently prior set of Laplacian states that existed right before the then existing instanton as shown through the said sequential series of instantons that define Fourier Transformation which here describes the directly prior motion of the described trajectory of the associated superstring. This timeless integrated into time wise redistribution of point particles that describes the physical memory of where and how the field trajectory of superstrings has moved after a transient group metric that is covariant and/or conformally invariant is the ghost field of such a Fadeev-Popov Trace. Such a physical memory of one Fadeev-Popov Trace is called a Fadeev-Popov ghost.