COOL 10

 Gauge perturbation, in a homomorphically transmitted, Kahler Hamiltonian Topological Manifold, will often tend to spontaneously incur a tense of torsion, upon the general metric-related physical condition, of the team of energy.

 Gauge torsion, may sometimes tend to ease gauge atrophy. 

The more tensors of gauge torsion, that are here to be physically incurred, the more efficient, that the eminently associated gauge effectiveness, will consequently tend to be. 

Gauge torsion, that is here to work to bear a physical tense, of viably applied sinusoidal helicity, may often tend to be auspicious, at having the capacity, of being capable of enhancing the general situation, of gauge effectiveness. 

Abelian Hamiltonian Topological Manifolds, tend to bear less gauge atrophy, when the space component of space time fabric is less warped. Non Abelian Hamiltonian Topological Manifolds, tend to bear less gauge atrophy, when the time component of space time fabric is less warped. 

Regions that are dense in inverted thought phenomena, tend to bear a relatively enhanced metric gauge atrophy. Regions that are dense in inverted frequency phenomena, tend to bear a relatively enhanced heuristic gauge atrophy. 

Metric gauge, tends to be eminently corroborative, with an Abelian light cone gauge topology. Heuristic gauge, tends to be eminently corroborative, with a Non Abelian light cone gauge topology. Abelian phenomenology, tends to be facilitated into kinematic propagation, where inverse thought is not eminently effectual in prominence. Non Abelian phenomenology, tends to be facilitated into kinematic propagation, where inverse frequency is not eminently effectual in prominence. Where inverse thought is eminently effectual in prominence, is a region of strong metric gauge atrophy. Where inverse frequency is eminently effectual in prominence, is a region of strong heuristic gauge atrophy. Strong quantum entanglement of inverse thought, yields strong metric gauge atrophy. Strong quantum entanglement of inverse frequency, yields strong heuristic gauge atrophy. Where such phenomenology is less entangled, are regions where gauge action is more conducive. 

The stronger that the net harmonic molecular vibration is to be, the greater that the sound frequency will tend to be  

The stronger that the net anharmonic molecular vibration is to be, the greater that the infrared frequency will tend to be. 

The more hermitian that the net harmonic molecular vibration is to be, the more succinct that the spontaneously generated sound frequency, will consequently tend to be. 

The more hermitian that the net anharmonic molecular vibration is to be, the more succinct that the spontaneously generated infrared frequency, will consequently tend to be.

Over the general course, of the electrodynamic transmission of sound; The less scattered, that the covariant proximal adjutant infrared photons are to be, of which are here to be eminently corroborative, in spatial transference, in interactive covariant association, with the spatial transference, of the directly related respective implicit sound, as this is here to be in lieu of an implicit direct proportionality, with the coupling between the mass and the temperature of the medium that these are to be conveyed through, as in a generally inferred electrodynamic manner, the less electromotive consequential hissing, that will tend to be spontaneously detectable, by a listening observer.