Forward-time-bearing-momenta eigenstates of discrete energy permittivity -- which are those superstrings that move in so as to work to form the basis as to what discrete energy are --, forward-time-bearing-momenta eigenstates of the counterparts of discrete energy permittivity -- which are the directly corresponding counterparts of those superstrings that move in so as to work to form the basis as to what discrete energy are --, forward-time-bearing-momenta eigenstates of discrete energy impedance -- which are the Fadeev-Popov-Trace eigenstates that are inextricably bound to superstrings of discrete energy permittivity, via the directly affiliated light-cone-gauge eigenstates, -- and forward-time-bearing-momenta eigenstates of the counterpart of discrete energy impedance -- which are physically existent as the directly corresponding light-cone-gauge eigenstates, multiplicitly move holomoprhically together, in so as to congel together with all of the superstrings of their set of parallel universes that are of the same layer of reality, through the generally unnoticed gauge-metrical-based duration of any given arbitrary iteration of their cycle that exists metrically between any two given arbitrary instances of group instanton -- up until the general gauge-metrical activity that is directly associated with the space-hole and the Bases of Light, starts to begin. Similar but different is the case for those eigenstates that are directly associated with backward-time-bearing-momenta, except for the condition that -- when such a tense of generally unnoticed gauge-metrical activity happens, for what I am mentioning in this ulterior case -- these eigenstates, from the simultaneous vantage point of the so-stated forward-time-bearing-momenta eigenstates, are, at such a set attribute of delineatory-based conditions, moving, instead, in the relative antiholomorphic direction, as any given arbitrary predominant one layer of reality is gathered interdependently with the other layers of reality of their set of parallel universes, in the reverse-time-bearing world-tubes -- in so to bear a like-handed genus of kinematic-based chirality, that is displayed during the so-eluded-to generally unnoticed duration of Ultimon Flow. Yet again, from the vantage-point of the so-stated backward-time-bearing-momenta eigenstates -- these metric-gauge-based indices, that are directly affiliated with backward-time-bearing-momenta indices, instead, move in the forward-holomorphic-based direction. The reason as to the different tenses of holomorphicity that may be attributed to the same format of kinematic delineation, is because such a genus of relationship is based upon the vantage-point -- that is here related to how the Ward-Caucy conditions may be applied to the mappable tracing of the motion of such a generally speaking metrical-based projection.
I will continue with the suspense later! To be Continued! Sincerely, Sam.
Friday, October 31, 2014
Part Seven of the Second Session of Course 18
Posted by
samsphysicsworld
at
12:53 PM
0
comments
Labels:
eigenstates,
holomophicity,
impedance,
instanton,
permittivity,
superstrings,
Ward-Caucy
Thursday, October 30, 2014
Part Six of the Second Session of Course 18
The instanton-quaternionic-field-pulse-mode takes one H Bar of the generally unnoticed duration portion of Ultimon Flow, per substringular pulse. During the five main sections of the generally unnoticed part of one whole Imaginary-based pulsation of Ultimon Flow -- up until the start of that gauge-metric that is directly associated with the space-hole -- half of the substringular encoders travel holomorphically around the Ultimon, while, half of the substringular encoders travel relatively antiholomorphically aaround the Ultimon (when the second is directly translated relative to the first). Here, the forward-time-bearing-momenta-based substringular eigenstates of substringular encodement, along with the correlative encoders, tend to move in the relative forward-holomorphic direction (counterclockwise), while, the backward-time-bearing-momenta-based substringular eigenstates of substringular encodement, along with the correlative encoders, tend to move in the relative reverse-holomorphic direction (clockwise) -- when the second of such encodement is directly compared with the first of such. Yet, when one considers the differentially geometric eminent condition that the backward-time-bearing-momenta-based eigenstates and their substringular encoders are situated in the reverse tense of Ultimon-based concavity than the correlative eigenstates and their directly affiliated encoders, that directly appertain to the so-stated backward-time-bearing-momenta-based substringular eigenstates and their encoders, then, from each of their direct vantage-points (the one for what is directly associated with forward-moving time, and, the second for what is directly associated with backward-moving time), then, from their vantage-point, each of such time-based formats of genus move in the counterclockwise tense -- during the generally unnoticed durational-based gauge-metric that is directly associated with that part of Ultimon Flow, which is here not during the discrete pulsations of the iterations of group instanton.
I will continue with the suspense later! To Be Continued!!! Sincerely, Sam Roach.
Posted by
samsphysicsworld
at
11:13 AM
0
comments
Labels:
holomorphic,
instanton,
substringular encoders,
superstrings,
Ultimon Flow
Wednesday, October 29, 2014
Part Five of the Second Session of Course 18
After the phenomenology of each of the respective predominant layers of reality -- one from each respective set of parallel universes -- moves into what may be termed of as the Main Heterotic Stringular phenomenology, it goes into the region of the center of just where the adjacent world-tubes of the adjacent set of parallel universes are at, while then moving in the norm-to-forward-holomorphic -- for forward-time-bearing-momenta eigenstates, -- while yet then simultaneously moving norm-to-reverse-holomorphically, for backward-time-bearing-momenta eigenstates -- into the adjacent set of parallel universes' world-tubes. Such an (N-1) activity for forward-time-bearing-momenta eigenstates, and, such an (N+1) activity for backward-time-bearing-momenta eigenstates, then iterates, as likewise, one more time. Then, there are two consecutive (N+1) of such activities for the forward-time-bearing-momenta eigenstates, of which acomapany two consecutive (N-1) of such activities for the backward-time-bearing-momenta eigenstates. This happens in so as to bring the relatively-thick-amorphous-shaft-shape-like phenomenologies of the respective predominant layer of reality -- one for each respective set of parallel universes -- back to the world-tube general cross-section, where each of their respective Bases of Light will soon reiterate at. Then, the three respective layers of reality -- one per set of parallel universes -- will cycle here once, along the Ultimon, in so as to re-reach their respective cross-sectional locants as to where their individually taken Basis of Light will reiterate. At the end of the fifth so-eluded-to H Bar gauge-metric of the generally unnoticed overall gauge-metric of Ultimon Flow, the predominant Basis of Light of each set of parallel universe will majorize at the "interior" world-tube-section of the general overall world-tube eigenlocuss -- to where its directly corresponding Basis of Light is to temporarily station at -- one "mer" of such a Basis of which is stationed at the forward-time-bearing-momenta general world-tube eigenlocus, and one "mer" of such a Basis of which is stationed at the backward-time-bearing-momenta general world-tube eigenlocus. These two "mers" are interconnected by mini-string via the substringular encoders. At this point, the ~.283 of one H Bar duration, that is directly associated with the "space-hole," will then begin. I will continue with the suspense later! To be continued! Sam.
Posted by
samsphysicsworld
at
1:39 PM
0
comments
Labels:
Bases of Light,
eigenstates,
gauge-metric,
heterotic string,
holomorphic,
superstrings,
world-tubes
Subscribe to:
Comments (Atom)