A Potential Idea, As To Pressurized Vacuum, The Lagrangian, And Discrete Energy

 The following is a Hypothesis that I have thought of, that May Possibly work to describe a bit, via a brief synapsis   -- another one of my ideas, as to how a disturbance in space may have helped at working to form discrete energy quanta.  A disturbance in space is to happen in a medium of what I call, "pressurized vacuum." This said "disturbance of space," is, in this particular case, to be propagated as a unitary motion, that is here to be directed in a transversal direction. As a corollary to this unitary motion that was just propagated, there is to be the immediate response of an equal and opposite reaction, in the form of the spontaneous gauging of an inverted-roll-like spin, to where such a spin, is here to be orthogonal to the earlier mentioned transversal direction of the unitary motion, that was initially stated as being formed by the disturbance in space that had just happened in the said "pressurized vacuum." This immediate response of the formation of a gauged inverted-roll-like spin, that is here to be orthogonal to the direction of the motion of the earlier stated disturbance in the space of a pressurized vacuum, is thence to tend to work to bear a "unitary spatial dimension," in the direction of its gauged inverted-roll-like spin. The said roll-like spin, is to tend to bear the mean center of its torsion, around its central axion. This would consequently, by this theory, work to help at forming a "one-dimensional" superstring of discrete energy permittivity. E(L = (-i)*H); Or, The Lagrangian may often bear an equivalence to (-i)* Its Correlative Hamiltonian. (HINT).

SAMUEL ROACH.

i*PI(del) Action -- Electrodynamics

Let us initially consider the workings of a given arbitrary charged mass-bearing orbifold eigenset (to where such a said respective eigenset, is here to work to bear a set of cohomology-related eigenstates, that are here to to be of an overall net perturbative nature), that is here to be undergoing a set of changes in its relative motion-- when this is here to be taken in relation to electromagnetic energy.:

The sequential accelerative operation of the net correlative i*PI(del) Action, tends to work in this respective given arbitrary general genus of a case, to bear an attractive force upon the ulterior externally delineated set of adjacent mass-bearing orbifold eigensets; Whereas -- the discrete quantum motion of the said orbifold eigenset Per the disturbance in space of the sequential operation of the net correlative i*PI(del) Action, tends to work in this respective given arbitrary general genus of a  case, to form a repulsive force upon the ulterior externally delineated set of adjacent mass-bearing orbifold eigensets. To Be Continued! Sincerely, Samuel David Roach.

Holonomy And Motion

It is the multiplicit disturbance in space, that had worked upon space-time-fabric near the beginning of time -- as to the occurrences that had happened over the initial origins of the multiverse -- that had worked to form the multiplicit holonomy, that is here of the energy of the said multiverse.
And:  It is the motion of the prior said multiplicit holonomy -- that is here to act as the multiplicit Lagrangian-related phenomenolgy, -- that is here to work to form the basis of the actual activity, that is of the energy of the said multiverse.

So -- it is the general activity of the quaternionic-instanton-field-pulse-mode, -- that works to unify the eminent presence, that is of the correlation of the phenomenology of Holonomy,  with the phenomenology of the Motion of such a so-eluded-to tense of multiplicit holonomic substrate.  This thereby, (the quaternionic-instanton-field-pulsle-mode), is nature's method of unifying the "stuff" of energy with the motion or activity of the self-same energy.

Part-And-Parcel -- as to the aim of the Grand-Unified-Field-Theory-Equation -- is to come-up with an equation, -- that rigorously unifies the phenomena of holonomy withe the phenomena of motion.
I will continue with the suspense later!  To Be Continued!  Sincerely, Samuel David Roach.