Ideas As To Gauge-Action

 Gauge-Action-Related permittivity, may often tend to be eminently corroborative with entropy. While; Gauge-Action-Related permeability, may often tend to be eminently corroborative with charge. 

When physical permittivity clashes with the co-tangentially directed drive of ulterior energy, this may often tend to facilitate, the spontaneous formation of heat and or entropy. 

When physical permeability bears harmonic reinforcement with the wave-tug of tangentially directed frequency, this may often tend to facilitate, the spontaneous formation of sound and or charge. 

When physical permeability harmonically synchronizes with the tone of angular frequency, this may often tend to form a resonant tense of sound, if when, it is to order the even functionality of a kinematically propagated proximal regional tense of unitary heuristic-gauge magnetic potential, that such an implicit calm humming potentially existent sound, may often tend to be capable, of facilitating into existence, the covariant proximal local presence, of charge.

Harmonic sound, often tends to have the potential capacity, of being able to spontaneously bring into order, hermitian charge. 

Hermitian charge tends to be more efficient than spurious charge. 

Tesla energy tends to exhibit spurious charge. 

A harmonically resonant electrodynamic system, often tends to exhibit, the general condition, of hermitian charge. 

The electromotive utilization of harmonic sound, may often tend to be capable of organizing electrodynamic charges. 

The electromotive utilization of dissonant heat, may often tend to be capable of disorganizing electrodynamic charges.

The physical interaction of the pulsation of harmonic frequency, with the medium of its externalized interface, may often tend to generate reductional sound waves. 

Hermitian Gauge-Action

 The more hermitian that the gauge-action is to be, the more homomorphic that the spontaneously resulting force, will consequently tend to be. 

A Kahler-Hamiltonian Topological Manifold, is more likely to tend to spontaneously exhibit a hermitian gauge-action, than an otherwise analogous Hamiltonian Topological Manifold, that instead, is not Kahler. 

A Hamiltonian Topological Manifold, that is to exhibit a compact and smooth set of metric-based characteristics, is highly likely to be expressively demonstrating, a Kahler-Metric. 

A hermitian gauge-action, in general, is more likely to be eminently corroborative, with a De Rham cohomology, than with a Dolbeault cohomology. 

A hermitian gauge-action, that is isotropically stable, is likely to tend to be eminently corroborative, with the general venue, of a respective tense, of gauge-invariance. 

The E(8)xE(8) string-related-oscillation-based-mode, not only suffices to facilitate the existence of Chi, yet it also helps gauge the interconnections between orbifold eigensets, thereby helping to facilitate, the respective eminently corroborative interconnection, that is essential to be kept, between and amongst the multiplicity of all physical things. 

All biologically driven emotions, bear at least some sort of viable corroboration, with the behavioral presence of Chi. 

If a form of intelligent life, is to be capable of expressively demonstrating a tense of free will and or imagination, since Chi is inevitably bound to interact with a recursively demonstrated tense of free will and or imagination, that it will thereupon inevitably occur, that such a respective intelligent form of life, is to bear a very great likelihood, of eventually being very much capable, of being able to expressively demonstrating, any form or tense of biological emotions. 

The more hermitian that the gauge-action is to be, when in terms of the flow of the corroborative discrete energy impedance, that is of the implicitly described, kinematically propagated, Hamiltonian Topological Manifold, of which is here to be demonstrating the general respective tense of gauge-action, that is eminently associated with such a particular given arbitrary case, the more smoothly distributed, that its corroborative homotopic constraints, will consequently tend to be delineated as, over the associated duration, in which the homotopic residue, which is of the earlier mentioned Hamiltonian Topological Manifold, is here to bear an even tense of functionality, in terms of appending its recursively amendable conservation.

When a kinematically propagated, Kahler Hamiltonian Topological Manifold, is to work to bear a consistently hermitian gauge-action, that it will consequently tend to spontaneously occur, that the eminently corroborative Lagrangian-Based Expansion, of which such an implicit team of mass-bearing discrete energy is to be spontaneously traversing, will thereby tend to be hermitian in delineation. 

A Kahler Hamiltonian Topological Manifold, that works to bear a hermitian Lagrangian-Based Expansion, will tend to exhibit a harmonic tense of resonant frequency, thereby often tending to bear a Fourier-Related-Progression, that is here to generally exhibit the demonstration, of a resonant pulsation. 

A relatively succinct resonant pulsation, will often tend to exhibit, a relatively strong electromotive permeability. 

A relatively succinct tense of resonant frequency, may often tend to be facilitated, into the general capacity, to form a relatively unimpeded tense, of charged energy holonomic substrate. 

An eigenstate of topological entity, that behaves as a relatively unimpeded tense of charged holonomic substrate, will often tend to exhibit, a relatively strong permeability. 

The general tendency is: The stronger that the hermitian permeability is to be, the more energy efficient that its flow will consequently tend to spontaneously end up being. 

Low cryogenic temperatures, may often tend to facilitate the physical condition-based constraints, that can work to enhance a relative decrease in space time viscosity, in so as to provide for such a situation, in so as to increase the general electromotive conductivity, of the implicit current. 

Electrodynamic situations, working to involve fairly low cryogenic temperatures, often tend to be eminently corroborative, with higher efficiency in electromotive current, than ulterior electrodynamic situations, that instead, work to involve fairly higher cryogenic temperatures. 

Severely Colder temperatures in a vacuum of time and space, often tend to work to bear a relatively less pressurized tense of zero point energy, than an otherwise analogous vacuum of time and space, that instead, is not as relatively low in temperature. 

A Controversial Editorial: The Pineal Gland

 The part of the brain, that most auspiciously works to potentially facilitate, the possible conversion of thoughts into things, is the Madula, or, more specifically, the Pineal Gland part of the Madula, of the brain.

Abracadabra, literally tends to mean, from thought into thing.

Certain wands, tend to often be able to facilitate, the potential capacity, to be able to often viably possibly convert, thoughts into things.

The covariant motion, of a line moving up and down, in conjunction with the motion of a circle moving around its radial associated path, is a good example, of a relationship, that works to depict the value of "i."

The value of "i," is the value of the square root of a negative one.

i^1 = i, i^2 = -1, i^3 = -i, i^4 = 1, i^5 = i, anything times 0 is zero.

This is part of why I potentially suspect, that a more advanced civilization, may use a computer code, that utilizes: 0,i,-1,-i,1 -- instead of just 0 and 1.

The circular motion of a wand, is called the "hocus."

The linear motion of a wand, is called the "pocus."

What may potentially work to corroborate, the ability of a wand with the ability of a person to be able to possibly convert thoughts into things, is the particular relationship, between the will power of the individual, and the fractal of free will of the wand.

The stronger that the particular encapsulating electromagnetic field is to be, the harder that it will spontaneously tend to consequently be, for Chi to materialize in its eminently corroborative effect, from the internal side of such a field to the external side of it.