A Little More About Ghost Anomalies

Let us consider a substringular condition in which a set of one or more superstrings moves around in a general locus that is undergoing a tense of conformal invariance -- if not superconformal invariance -- in which the said superstrings that are involved iterate and reiterate within a common general locus that is kinematically invariant over a repeated pattern that involves a sequential series of instantons that form a pattern of static equilibrium over a relatively tightly-knit Fourier-Transformation that works to form a tight-knit mapping as to the location and operation of the related given arbitrary superstrings that we are forming a scenario as to their behavior in this case.  The ghost anomalic residue that works to form the general pattern that works to indicate the topological history as to the activity and operation of the corresponding superstrings that I am describing here, may be exrapolated as a general type of ghost anomalic substrate that is transient in the given case until the holonomic phenomenology that works to describe the general entity that comprises the said ghost anomalic field that acts as the denoted discharge of physical memory that is the field-mapping of where the related superstrings whose Fourier-based kinematic activity that formed the said ghost anomalies is scattered by negative-norm states that work to redistribute the indices of the said ghosts so that the room that was initially filled in part by the related initial ghosts may be utilized by other phenomena that need to occur in the prior implied general locus so that the motion of holonomic discrete energy may have a place to happen and interact so that that motion that is necessary for the continued existence of reality may occur so that reality may continue to exist.  Such ghosts that I have just described -- that inter-play in a relatively tightly-knit locus in a repeated manner so that the condtition of the corresponding kinematic operation that I thus related is here either a conformal if not a superconformal invariance of Fourier differentiating superstrings -- whose ghost-like membranes that here involve a higher genus of discrete energy phenomena that is known as kinematically inter-active orbifolds and kinematically inter-active orbifold eigensets that form a pattern of a relatively compactified static equilibrium are what are known of as Gliossi-Sherk-Olive ghosts.  I will continue with the suspence later!  Sincerely, Samuel David Roach.

A Little Bit Of Additioinal Help

Fock Space has numerous pseudal spatial dimensions associated with it.  This is possible because of the function of unit shells that act like unit spheres that are codifferentiable with unit spheres that act like unit shells -- this happening in such a manner so as to allow for a numerous quantum of dimensional trains.  Yet, this does not disqualify the condition that there are negative-norm-states.  You see, if there were no negative-norm-states, there could be no point commutators, since these two types of norm-states work to an extent to recycle into each other  This happens in so that the topology of the   substringular may be able to flow during the sequential series of instantons that work to form the kinematic activity of the reality of physical energy.  This is also because point commutators need a corresponding orientation in terms of a pseudal-field-trajectory.  If there were no point commutators, then, there would be no superstrings, since the point particles that comprise any given arbitrary set of superstrings must be in a constant state of conformal invariance.  And, heck, if there were no superstrings, there would be no material phenomena at all.  So, how does one solve this seeming incongruity?  It may be said that a positive vacuum has a large number of pseudal dimensions -- since these so-called dimensions bear a large number of "tenses of imagination" which form countless pseudo-dimensional trains.  This is because, in Fock Space, this type of assortment appears to be even more large on account of the condition that the here related wave-propagations  -- being more truly outside of the corresponding point particles' commutative Gliossi field -- form a relatively large number of "dimensional-trains."  Here is a description that may help one to pictorially see what I have just described.:  Take four given arbitrary metaphorical kinematically-based-meshed gears.  Imagine the four prior mentioned gears rotating in their respective oscillatorial loci as phenomena that may be interchangeably either shells or spheres.  The oscillations, as extended from the "unit shells" that act like "unit spheres" in this case scenario, here, have a common thickness -- as may be extrapolated by a relatively simple variations of parameters.  Therefore, when one is to consider the fractal conditions of actual first-ordered-point-particles, all of the point commutators that are here from all of their neighborhoods, you will then find countless potential oscillations that are linear, and also, whose point particles neighborhoods then form what may be described as an exact differential association. (These point particles here are divisible by a minimum-sized point particle, or, in other words, have a Laplacian mapping that has a scalar that is divisible by a discrete number of minimal third-ordered-point-particle neighborhood radian).  It takes three or more point particle neighborhoods to form any viable global trait, or, in other words, it takes at least three point particle neighborhoods to form the simplest norm-state -- unless one is dealing with a zero-norm-state.  Yet, zero-norm-states always exist in projections that involve a minimum of three or more first-ordered-point-particles.  Something is said to be both exact and nonlinear if  only two point particles of the related norm-state have outer surfaces that are the minimal point-particle-neighborhood diameters apart (the diameter of one neighborhood of a second-ordered-point-particle) in one fashion or another, while the corresponding first-ordered-point-particles here must also each have a radius that is discretely divisible by a minimal point-paricle's radius.  So, Fock Space shares the same 96 spatial dimensions as Real Reimmanian-based space, yet, the said Fock Space shares a fractal of "covalent/ionic" wave-propagation in terms of this here being a tense of bonding that exists among relatively decompactified first-ordered-point- particles as one may derive from the related conditions of Real Reimmanian Space.     
Sincerely, Sam Roach. 

Part Two Of The 14th Session Of Course 10

To go back from where I left off, point commutators form Fock Space.  The propagation of ghost anomalies forming, as well as the condition of ghost anomalies becoming undone, helps to pull the associated superstrings through their world-sheets.  Yet, the related activity just mentioned causes the potential for tadpoles, these tadpoles of which are anharmonically-based metrical point commutator fields that strike the center-state of the corresponding superstrings at 45 degrees to both positive and negative-norm-states.  Yet, the condition that ghost anomalies always will happen is due to the large number and density of reverse-holomorphic norm-states,as well as the condition that ghost anomalies will always happen du to the large number and density of forward-holomorphic norm-states.  Such phenomena going through such associated activity works to create a balance that works to prevent damage to space-time-fabric on account of the fact that freeing up room in the substringular allows for the ample distribution and motion of superstring-related phenomena so that activity and thus energy may exist.  Tadpoles need to be utilized quite often over billions of years to have much effect.  The longer that a tori-sector-region (a layer of reality of one parallel universe) has been acitivated, the more that there is a potential that there is for tadpoles to have a significant effect.  A balance among both the frequency and the scattering away of ghost anomalies is a condition that works to determine both the creation of and the attribution that is here due to the existence and the time-related activity of tadpoles. 

Session Two Of Course Ten, Part One

Here's how light-cone-gauge eigenstates interact with Fock Space that is proximal to an individual given arbitrary first-ordered light-cone-gauge eigenstate.  A first-ordered-light-cone-gauge eigenstate differentiates transversally, orbitally, and spin-orbitally during the course of instanton, and, also during Ultimon Flow.  The said light-cone-gauge eigenstate differentiation effects its surroundings.  The directly associated Fock Space Ward-Neumman-Based region that surrounds the said eigenstate is most directly effected by the differentiation of the sum of the second-ordered-light-cone-gauge eigenstates that comprise the corresponding first-ordered-light-cone-gauge eigenstate during the course of the given arbitrary iteration of instanton that is here being discussed in this case.  The said sum of the second-ordered-light-cone-gauge eigenstates also effect the activities that occur during the ensuing Ultimon Flow to a certain extent -- since the sum of directly associated second-ordered-light-cone-gauge eigenstates forms a first-orderd-light-cone-gauge eigenstate.  This Fock Space that is most directly effected by the said first-ordered-eigenstate may be termed of as light-cone-gauge-related-Fock Space.  Light-Cone-Gauge transversal momentum produces a light-cone-gauge-transversal-based Fock Space.  Light-Cone-Gauge-related orbital momentum produces a light-cone-gauge orbital Fock Space.  Light-Cone-Gauge spin-related momentum produces a light-cone-gauge spin Fock Space.  The differentiation of light-cone-gauge transversal-based Fock Space and the differentiation of light-cone-gauge orbital-based Fock Space and the differentiation of light-cone-gauge spin-based Fock Space provides a multiplicitly-based type of operator for positive-norm spaces so as to form ghost anomalies, while the said general type of differentiation at a different general locus of the light-cone-gauge produces a multiplicitly-based type of operator for negative-norm spaces so as to form phenomena that annhilates ghost anomalies.  The residue of annhilated ghost anomalies works to form those phenomena that indirectly are used to form the phenomena of gravitational particles.  I will continue with the second part of this session later!  
Sincerely, Sam Roach.

A Little Bit About Spurious Eigenbases

What type of a perturbation series would propagate if certain superstrings of covariant traits were to aquire topological sways, and how would this alter the angular momentum of the thus related homotopy -- whose phenomenology is defined by the interaction of those covariant traits which act eigen to the pertainent differentiable semi-groups (The semi-groups here are norm-states that act as catylists to the formation of those superstrings which encode for the mentioned covariant traits)?  As an arbitrary example:  A superstring is reiterated within the same neighborhood.  Quadrillions of related superstrings do too.  A miniority of the two-dimensional strings here iterate and reiterate side to side on a slightly differentiable coaxial basis.  These superstrings maintain an even function of polar shift in order to not get "kicked-out" of their association with the other superstrings which help define the basis of their respective covariant traits.  The change in the holomorphic index, thus caused, commutes phase change in the nodation of anharmonic oscillation.  This kinematic activity causes a change in wave connection and wave-tug between the other corresponding superstrings and the initially stated ones that are associated with the mentioned norm-states . This phase alteration repositions the parallax of the related homotopic Fourier differentiation by setting up a buffer in the prior mentioned related semi-groups.  This activity localizes as a supplement in the Imaginary tense to the change of angular homotopy caused by the coaxial twists that the said superstrings are kinematically undergoing.  The buffer is produced by the harmonic sway of those wave connections which were relocalized by the propagation of axions.  Such axions, under the course of such an arbitrary scenario, were generated by the tensors that in this case caused a euclidean repositioning during each time that the related superstirngs were spontaneously torqued.  This angular momentum change would, by intereacting with the mentioned buffer, cause a divergence in the local invariance of the set interactive traits, yet, it would converge the kinematic differentiatiion of the given covariance that is happening when the said metrics that were just mentioned are undergoing the described Fourier Transformation.  This is since the co-differentiation with the "buffer" would act as a "check and balance" to the inertial Dirac of the given homotopic configuration that has been described here.  If, after a discrete series accumulation of differenial variance, and if the homotopy has undergone global kinematics in the process of such a related Fourier Transformation, then, the series here would converge upon a local basis of a fractal of static equilibrium that may be described as a tense of conformal invariance.  It is then that the given "buffer" is said to be a member of a potentially spurious eigenbasis that may be physically denoted by an orbifold that bears a relatively strong tendancy for Chern-Simmons Laplacian-based and Chern-Simmons Fourier-based singularities over a metric that would involve a relatively brief number of instantons per duration of cyclic permutation.  I will continue with the suspence later!  Sincerley, Samuel Roach.           

Part One of the Ninth Session of Course 9 on Fock Space and the Light-Cone-Gauge

There are many times as many two-dimensional superstrings as one-dimensional superstrings.  Another way to put it, there are many times as many closed or bosonic superstrings as there are open or fermionic superstrings.  So, for instance, when an electron forms a photon by dropping an energy level, a phenomena that contains one-dimensional superstrings in terms of its plain kinetic energy -- this phenomena with plain kinetic energy being an electron -- drops an energy level so as to emit a particle that is comprised, in part, of a two-dimensional superstring that here is a photon.  A photon is an arbitrary example of a phenonema whose discrete energy permittivity is comprised of a bosonic, or closed, or another words, of a two-dimensional superstring.  Nuclei of atoms do not bear much plain kinetic energy as compared to that of electrons.  For that reason, the nuclei of atoms have a higher percentage of two-dimensional superstrings than the percentage of two-dimensional superstrings that an electron has.  Superstrings may open and superstrings may shut.  A one-dimensional superstring shuts to form a two-dimensional superstring, as an arbitrary example, when the plain kinetic energy that comprises an elecatron forms the substringular  portion of a photon.  A two-dimensional superstring of a photon opens to form a one-dimensional superstring that comprises a discrete unit of kinetic energy permittivity when a discrete unit of electromagnetic energy converts to a discrete unit of kinetic energy.  Zero-Norm-States (loose point particles) are what open or shut superstrings.  When a point particle that forms a line of tangency by being norm to a disc-like configuration of point particles that interconnect directly via a mini-string segment, this is an example of a negative-norm-state when these states travel in the reverse-holomorphic  general direction during Ultimon Flow.  If I previously accidentally flipped the concept of the relative holomorphicity before as to this, this right here is the way it is.  Here is how I can see better as to what I am talking about now:  The scattering of the collision of negative-norm-states with substringular phenomena leaves a ghost-like and virtually motionless pattern of where the prior mentioned substringular phenomena had been in an arbitrary prior iteration.  I will continue with the suspense later.  Until then, aim your spear for the moon so that you can get your spear across the river.
The just mentioned comment is a metaphor for trying to continually improve in life.
Have a phenomenal day!                          
Sincerely,                          
Sam Roach.                                              

Test Questions For The Second Test Of Course Six (6)

1)  What factor allows one to know how many instantons of a set tori-sector-range needs to iterate  in order to define when a first-ordered point particle of a superstring, of the described tori-sector-range, will be recycled  from being converted with indistinguishable difference into a different form of differential geometry while then being recycled back with a similar tense of indistinguishable difference back into the same general format of differential geometry?

2)  What are the two general differential geometry types?

3)  Describe in general how norm-state-related first-ordered point particles of the substringular are recycled.

4)  Describe in general how ground-state-related first-ordered point particles of the substringular are recycled.

5)  When both limits of the Royal Arc are commuted through recycling, what is this shape?

 6)  What is this prior mentioned shape in reference to test statement "6" as integrated along one general main world-sheet?

7)  Describe why there are, in-between the durations of each instanton, instanton-quaternionic-field-impulses.

8)  Describe how tori-sector-ranges vary in flow.

9)  Describe why a "steady-state" related superstring must constantly, in-between the duration of each instanton,  travel along the whole orbit of the Continuum.

10)  What fascillitates the binding of superstrings in the globally distinguishable?

11)  Why must substringular travel be almost instantaneous in terms of our terrestrial time?

12)  Why is dark phenomena essential in order for any phenomena to exist at all under our present conditions of time and space?                                                                                                            

A Summary Of Part One Of Session Two Of Course 6

Well hello again world, this is Samuel Roach here.  I am here today to summarize the first part of Session Two of Course 6.

                  
The physical portion of space-time-fabric may be described as a toroidal disc.  So, in a sense, the physical portion of space-time-fabric may be viewed of as a very large or infinite (even though no phenomenon is actually infinite if it is discrete, therefore this is not actually infinite) world-toroid.
There is a general phenomena that forms a relatively large Arc that interconnects the three sets of parallel universes that I name the Royal Arc.  Certain substringular phenomena that needs to be recycled, in terms of substringular field or mini-string that needs to be redistributed in such a way so that the different forms of ground and norm states may interchange indices, goes through the said general process of recycling via the sub-metric activities, that happen in-between a large number of instantons, through the relatively very large holonomic operand known as the previously stated Royal Arc.

The purpose of the Royal Arc is to recycle globally ground indices gradually into globally norm indices.  Globally ground indices would be the substringular field eigenstates of superstrings (and not their counterparts in this instance) that gradually become recycled into relatively holomorphically based norm-states.  Such recycling happens in such a way in that there is no distinguishable change in the holonomic entity of the described superstrings per the Laplacian Translation of the said superstrings per instanton.  As to what happens to counterstrings and "negative" or relatively reverse holomorphic norm-states in the process of substringular recycling is something that I will describe in a future session.

So, even though superstrings would not even "appear" to recylcle per each succeeding Laplacian framework, their is activity in the form of kinematic metric-gauge that operates in-between successive instantons in such a way so as to allow for the relatively unoticeable interchanges that allow for the substringular recycling that I have been describing.  The reason for substringular recycling is so that substringular fields may have a relative commutation with its surroundings, so that the said substringular fields may have a less direct yet still important commutation with the rest of space and time, so that superstrings, forward holomorphic norm-states, substringular counterparts, and reverse holomorphic norm-states, may share in substringular activities and thus not "overwork" themselves as only one Hamiltonian Operator in terms of kinematic operation over time, and so that jointal and smooth-curveded phenomena may interchange in operation.

I hope that this post answers some of your questions.  Sincerely, Sam.       

What Is Soul?

Well hello again world, this is Samuel Roach here!  How are you doing?
Now, to the topic.  What is soul energy?!                    
A soul is the residual thought embodiment of a living creature that tends to perpetually exist, even after the physical death of a said living creature.  A soul consists of those ghost residue of the thought waves related to the substringular and Planck phenomena related phenomena that are alleviated from a physical body after the said living creature dies physically, that iterate one instanton before the substringular iteration that exists at the moment of a life form's death.  The composite thought waves described are comprised of the substrate of the Lagrangian Fourier translations of the multiplicitly sundry ATP molecular activity that exists within the process of a living creature's death.  The subconscious memories that are imbued upon the said passed away life by the Collective Consciousness forms the basis of the cognitive raw "material" that a passed away soul is left to deal with.  Such related energy, being mind-based, involves a generally abelian delineation of Tesla-based reverse magnetism that uncurls from the said physical body that's dead via the assymetric trivial isomorphism that is formed by the countering of forward and reverse magetism that tends to hermitianly uncurl during the brief span in which a living creature dies.  The motion of the described release of ghost-related phenomena forms a kinematic redistribution during the sub-Fourier of when a soul is generated out of a physical life form that produces a metric-gauge on account of the euler metric-gauge translation of the said curl out of its corresponding body that bears a singularity, in terms of the slope of the cross-product motion of the soul out of the physical portion of space-and-time, of Fourier Lagrangian "spike" that is equal in hyperbollic euclidean translation per isometric reverse-fractored propagation as the "spike" of an initially degenerated metric-gauge of a "mini-loop" of a superstring which needs to recycle its metric-gauge during an ensuing set of Kaeler-Metric eigenactions.  Such a "spike" converts the redistribution of the local relatively Laplacian sub-metrics of where the described ghosts are pulled out of a physical body in terms of what was initially empty space.  The described temporary perturbation in homotopy happens specifically during the duration that happens right before instanton-quaternionic-field-impulse-mode (which is one activity that happens in-between actual instantons.)  The reason why we normally can only account for duration in terms of instantons is that substringular phenomena is only organized enough to be recognizable under normal conditions during the course of succeeding instantons.  The newly created point particles, which are, during what I call  the "space-hole", consisting of potential infinitessimal indices of pointal phenomena into the first, second, and third-ordered point particles -- along with the connective sub-mini-string or field that connects these -- that are necessary to fill the virtually created void of norm-states.  Such redeveloped norm-states are, at this point, scattered into a homogeneous (relatively smooth and evenly spread) manner that is not that of ghost anomalies, yet, rather, the newly generated norm-states act as point commutators that fascillitate the kinematic operations of superstrings that are located in the neighborhood of the said norm-states.  This described activity of soul energy forming fresh norm-states via the creation of third, second, and first-ordered point particles and their fields in such a manner so as to form the Ward relations of norm-states, in-between instantons so as to not dammage homotopy, only happens when the described soul energy is to leave the physical portion of the space-time-continuum. 
Metaphysial means beyond the normal physical realm.  So, metaphysical space-time-fabric is phenomena that is beyond the "toroidal disc" of physical space-time-fabric.
I hope that I gave you enough to think about today.  My time is quite limited where I am at.
Sincerely,          
Sam.