A Description Of Doubolt Ghosts

A superstring may interact with another superstring in such a manner that the associated fields of the two said superstrings may travel in a relatively unitary trajectory in a collinear yet partially integrated and unitized curvature whose trajectory goes through an arbitrary Lagrangian directoralization through time. When such an interconnection of substringular fields binds with other of such cohomological multiplicitly stringular yet unitarily directoralized fields that are jointal to the arbitrarily initial discussed field, then the Ward Caucy association relating to the perturbation in Ward Neumman norm conditions causes an initially Imaginary Exchange in a reverse-fractored manner to the light-cone-gauge that settles into a unitary trajectory of field indices that organize into a set of spaces in terms of the Gaussian Conditions of each initially Rham trajectory that bear a different Kaeler Operation per space -- even though the unitized trajectory that moves as one unitary operation bears a group operational index that bears a group Hamiltonian eigenbasis. As the said Hamiltonian eigenbasis redistributes point particles and norm states via the holonomic phenomenology of the said Doubolt Space upon the said gauge actions just described, the resulting physical memory thus produced is a Doubolt ghost field whose Hodge Index in terms of a discrete ghost field of Doubolt cohomology may be described as an eigenstate of a Doubolt ghost anomaly. The integration of an entire eigenbasis of such eigenstates forms a region of Doubolt ghost phenomenology.

A Description Of Rham Ghosts

Superstrings may kinematically differentiate through a Lagrangian in a relatively covariant manner or in a relatively conformally invariant manner over the course of a limited Fourier Transformation which describes the motion of superstrings through space over a limited amount of time. The motion of superstrings through a sequential series of instantons is the metrical operand of the operation of superstrings in the substringular. If a superstring moves transversely in a Noether fashion that is in a relatively linear delineation that describes a ray of phenomena that bears a topological geometric curve of its trajectory that is smooth in all of the derivaties equal to the number of dimensions that it travels in (the described superstring goes through a hermitian plane of curvature), then the described superstring, when its direct field projection intersects the direct field projection of another superstring that is colinear with relatively minimal perturbative permutations in the supplementally norm wave-pull that interconnects the said field of the two associated superstrings, and/or if such a relatively linearity involves more than two substringular fields that multiplicitly pull a group projection whose abelian wave-tug is hermitianly unitary in terms of the partially integrative Hamiltonian Operation that defines the motion of this flow, then the said flow is a Rham Cohomology whose physical memory in terms of one norm state projection of the redistributed point particles that move on account of the delineation of such a unitized field of interbound superstrings is known as an eigenstate of a Rham ghost anomaly.

Addendum To Understanding Types of Ghost Anaomalies

A ghost anomaly may be one of the said categories of ghosts, and/or a ghost anomay may be a combination of some of the said categories of ghosts. A ghost anomaly may be an eigenstate of an anomolous phenomenon, or a ghost anomaly may be a conglomeration of the same and/or just related of such eigenstates. If it wasn't for ghost anomalies, gravity would not exist, and if it wasn't for the transient nature of ghost anomalies, space-time fabric would be jammed too easily.
Thank goodness that ghost anomalies exist and exist transiently so that Cassimer Invariance may occur and so that space-time will not be frayed too easily.
You are to want space-time to last forever. Therefore, thank goodness for the physical nature and behavior of ghost anomalies via the nature of Laplacian and Fourier space-time differentiation.
If you have any questions, please e-mail me them. I am here to help others to better understand their environment. Appropriate questions and statements I would love to answer.
In this day and age, people need to evaluate things with lucinity and cognition.
Sincerely,
Sam.

A Description Of Neilson-Kollosh Ghosts

Gravity is caused by the kinematic relationship between gravitational particles and superstrings via the Rarita Structure via an amplitudinal projection known as the Ricci Scalar. Gravitational particles are gravitons and gravitinos. Gravitons are the angular momentum eigenstates of the motion of gravitational particles, and gravitinos are the spin-orbital momentum eigenstates of the motion of gravitational particles. Gravitational particles are Njenhuisly vibrating bosons that may travel via a sequential series of iterations in either a transversal and/or a radial manner from outside of the Real Reimmanian plane. Gravitational particles, via a Fourier Transform, displace the adjacent point particles that bear a field repulsion due to the directoral delineations of the said gravitons and gravitinos in such a manner so as to forms a physical memory of where and how the associated gravitational particles have kinematically differentiated over a sequential series of instantons that involve a Noether and/or a tachyonic flow of such Njenhuisly vibrating bosons. such a physical memory forms ghosts of the momentum of such related eigenstates, and the field trajectory of a graviton is a gravitino and vice-versa. The momentum of a superstring is a Hamiltonian Operation. The ghosts or physical memory of the Hamiltonian delineations of gravitational particles, as formed by the flow and/or perturbation of the field of such gravitational particles via the torque of the wave-tug of the associated mini-string that comprise the gravitational particles are known as Neilson-Kollosh ghosts. Such ghosts are of the Hamiltonian operator of discrete units of gravity as described by the sequential series of iterations that form the Hamiltonian operation of gravitational particles. Thus, the mapping out of the related Hamiltonian Operand here is the field delineation of gravitational particles is the eigenbasis of Neilson-Kollosh ghosts.

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.

A Description Of Gliossi-Sherk-Olive Ghosts

Superstrings differentiate both through Laplacian and through Fourier Transformations. Fourier Transformations involve the interaction of phenomena through time. Time is the integration of instantons when considering what we can discernibly detect. Imaginary Time happens in-between instantons. Fourier Transformations that involve Real Time have to do with the kinematic motion of superstrings via Noether and/or tachyonic flow. Each time that a superstring iterates via a sequential series of Noether and/or tachyonic flow, the point particles whose fields are repelled into displacement form a physical Fock memory of the prior trajectory of the described superstrings. Such a physical memory may appertain to either a superconformal invariance, a more covariant conformal invariance, a Rham or Doubolt trajectory of a superstring, or a tachyonicly perturbative displacement of a said superstring. When a superstring differentiates according to a state of some form of conformal invariance, then the majority of the field of where the superstring may be detected in a set locus is of a Fock Space. Such a Fock Space field touches the field of where a superstring happens to be during a given instanton. The related ghost anomalic field just described is known as a Gliossi-Sherk-Olive field. Such a field is composed of Gliossi-Sherk-Olive ghosts.

Sorry I Haven't Been In Touch Lately

Hello. Sam Roach here.
Sorry that I have not been working much on my blog lately.
I have recently had a medication problem, and I have basically not slept since Friday night.
Hopefully, things will straighten out soon.
Remember the "meson though."
Gluons and other hadrons should not be collided, since these are the type of substance that helps to hold together topology. For instance, the gluonic force is the source of the Wick Action (an example of a Hausendorf Projection) that moves the Landau-Gisner Action (an example of a multiplicit Campbell Projection) that causes the Fischler-Suskind-Mechanism (that works through a Doubolt Cohomological Campbell-Hausendorf Projection) to allow the Higgs Action to move the Klein Bottle to cause the Kaeler Metric that causes superstrings to have the permittivity that these need to be the energy that these are so that energy may exist.
Thank You For Listenting.
'And its wispered ensued if we all call the truce, then the piper will lead us to reason.
And Anu day will dawn for those who stand long, and the forest will ecoe with laughter.'
Most Sincerely,
Sam.

The 15 Categories Of Ghost Anomalies

These are:
1) Gliossi-Sherk-Olive ghosts

2) Fadeev-Popov Ghosts

3) Neilson-Kollosh Ghosts

4) Rham Ghosts

5) Doubolt Ghosts

6) Ghosts of Light-Cone-Gauge Eigenstates

7) Ghosts of Schwinger Indices Via The Rarita Structure

8) Campbell-State ghosts

9) Hausendorf-State ghosts

10) Campbell-Hausendorf-State ghosts

11) Ghost of Campbell-State-Projections

12) Ghosts of Hausendorf-State-Projections

13) Ghosts of Campbell-Hausendorf-State Projections

14) Ghosts of Klein Bottle Eigenstates

15) Ghosts of Higgs Action Eigenstates

The 15 Categories Of Ghost Anomalies

These are:

1) Gliossi-Sherk-Olive ghosts

2) Fadeev-Popov Ghosts

3) Neilson-Kollosh Ghosts

4)

More About The Original Source Of Mind

The Logos or Word that struck the core of the "Big-Bang" to form Reality came in a multiplicit manner -- in 96 axes and in both directions of each axis toward the core of the "Big-Bang."
This means that the core of the "Big-Bang" was struck from the outside toward the center of the described core in 192 different directions to form the basis of both physical and metaphysical space-time.
Again, metaphysical means beyond the normal physical realm and Not non-physical, since all actual stough is physical.
The raw phenomenology of the core of the "Big-Bang" involved all of the potential particles of all 273*10^81 physical universes of physical space-time, all of the potential particles of metaphysical space-time, and for all of the mirrorings of space-time fabric throughout Tau.
There is one kinematic existence of overall space-time-fabric, while all of the mirrorings of overall space-time are mere optical visages of actual space-time-fabric.
The mirrorings that I have just described do not include the "mirrorings" of physical space-time-fabric that exist within our Ultimon, since the "mirrorings" of each universe throughout physical space-time are part of the kinematic relationship that forms the activity of Reality in terms of the substringular flow of what I termed as the said physical space-time-fabric.
Thank You For Listening.
Sincerely,
Sam

I Believe In The Substance Of Mind

To those who thought that I thought that thinking was just a relation, you misunderstood my point. The substance that created the "Big-Bang" was a Word that traveled from endlessness to the core of the "Big-Bang." The substance of this Word was the substance of Mind as a phenomenon and not a mere relation. I have described what I just said to an extent on Linkedin. The core of the "Big-Bang" was homogeneously spaced shell-layers of infinitesimal point particles -- each of such tiny points of which, via the Word, became third-ordered-point-particles subsequent to the "Big-Bang." The infinitesimal point particles that I described prior to the "Big-Bang" had a volume of (pi*(0+)^3)/6 metaphysical meters. The "Big-Bang" created the origin of physical space-time, while instantaneously forming the torroidal-disc of space-time while also simultaneously forming the rudiments of metaphysical space-time-fabric.
Metaphysical means beyond the normal physical realm -- not non-physical.
I believe that there are two general metaphysical realms -- one based on concord and one based on discord. The two realms of metaphysical space-time-fabric are rooted in two different types of substringular flow -- one existing in positive space-time while the other existing in negative space-time. (Positive here meaning of concord and negative here meaning of discord.)
Both metaphysical substringular flows differ from Ultimon Flow, since Ultimon Flow is what we perceive of in normal physical space-time-fabric. The distance between favorable and unfavorable metaphysical space-time keeps these from intermingling.
If I can ever find my descriptions of the two types of metaphysical substringular flows, I will share it with someone.
The reason for this prior description is because I got a lot of emails over the concept of what thought and what God is, so I felt that I should share my beliefs here.
Its a free country, so, if you can find a more compelling belief system, you are encouraged here to share this with me.
I just wanted to let those people who kept emailing me to know where I stand.
Thank You, and you have a wonderful day!
Sincerely,
Sam.

More On The Importance Of Not Colliding Hadrons

E(8)XE(8) strings that are adjacent have a spin-orbital-momentum that is covariantly assymetric. This assymetric spin-orbit allows for this type of superstring to not collide with other of such superstrings. Hadrons of any sort are the bases of the holding together of orbifolds and orbifold eigenstates. Counterpart pairing hadrons have a Laplacian delineation that bears a symmetrism that is trivially isomorphic in terms of orbifolds and orbifold eigensets that comprise electromagnetic energy and in terms of kinetic energy, and is non-trivially isomorphic in terms of orbifolds and orbifold eigensets that comprise mass. So, the colliding of hadrons would cause an attempt to produce a contradiction to a fractor of the Pauli Exclusion Principle that could undue the ability of the Wick Action in such a way as to undue the operation of the Landau-Gisner Action. Such an undoing of the operation of the Landau-Gisner Action could cause a lack in the ability of the gauge-metrical activity of the Higgs Acton, thereby inhibiting the activity of the Kaeler Metric in a set regional locus. Detracting from the necessary Kaeler Metric eigenstates has the potential to undo the ability of the local superstrings that are in the region of the Hadron Colliding Experiment to regain the necessary permittivity to remain as the energy that these need to be so that such strings may even exist. Yet, the tendency of superstrings, since these operate over the delineation of homotopy, is to exist as discrete units of energy permittivity. Such a juxtaposition has the potential of fraying local sections of space-time that could form a black-hole or black-holes that have the potential of damaging earth. Local space-time fabric is to remain unfrayed, since black-holes have the ability of spreading rather quickly. So, please end the Hadron Colliding Experiment so that our planet may last. I am writing this out of a love for mankind. God Bless You, and you have a phenomenal day!
Sincerely,
Sam.

The Need For Ultimon Flow

If their was no Ultimon Flow, superstrings would have to "leap" from one spot to another per instanton with no hermitian manner of motion from one Laplacian setting to the next.
To me, it only makes sense that there is a smooth, hermitian flow of superstrings from one specific locus to the next. The only way that this could happen is if all of the superstrings associated with each other in one fashion or another in-between each instanton.
The process of the above involves a cycling of general superstrings around the Ultimon in-between each instanton based on a pattern that is used to help define the subsequent positioning of each superstring -- whether the superstring is, at a given time, Noether or tachyonic.
Only with Ultimon Flow can superstrings have a smooth gauge-metric as a group in such a manner that their is multiplicit relation of covariance among all unfrayed superstrings.
The above also makes it possible to better understand the ability of superstrings to undergo the Kaeler Metric. I hope that this is helpfull.
Sincerely,
Sam.

Why Point Particles Are Essential To Motion

Superstrings are made up of first-ordered-point-particles that interconnect via mini-string.
Mini-String comprises first-ordered-point-particles too.
Mini-String is never completely compactified.
Mini-String is composed of second-ordered-point-particles.
Second-Ordered-Point-Particles are composed of third-ordered-point-particles that are composed of sub-mini-string.
Third-Ordered-Point-Particles are connected by sub-mini-string.
Sub-Mini-String is never fully compactified.
Only where there are second-ordered-point-particles are there third-ordered-point-particles.
The kernels of third-ordered-point-particles are interconnected via sub-mini-string.
All unfrayed substringular phenomena is interconnected via sub-mini-string.
Frayed substringular phenomena is patched so that not all phenomena are then frayed, due to Cassimer Invariance.
Cassimer Invariance happens indirectly due to the twisting motion of Fadeev-Popov-Traces during instanton.
Such twisting motion reconnects substringular phenomena in-between instantons to allow for unfrayed space-time-fabric once the first black-holes were formed.
Such an ability from the said twisting is due to the spin-orbital and angular momentum "Gliossi" fields exhibited by third-ordered-point-particles, particularly during what I call the "space-hole."
This is why homotopy is maintained as well as it is.
The "back-and-forth" sway of superstrings during instanton then causes the light-cone-gauge to launch the interconnected points -- such as superstrings and norm-states -- into Ultimon Flow so that there may be Fourier Transforms over the integration of many instantons.
Thus, relative motion may happen within the framework of covariant time without spontaneous fraying.
Orientable strings obey Noether Flow, while unorientable strings become temporarily tachyonic.
Such stated flow is a description of sequential series of Laplacian Transforms of substringular states over the course of many integrated and covariant eigenstates of substringular instantons over the region of many substringular loci.
Please ask me any questions that you may have appertaining to what I have just wrote, since that is how people learn.
Sincerely,
Sam Roach