Cool 21

 Aside from Tesla Energy ( which is non Abelian), a phenomenon of an Abelian light cone gauge topology, is more likely to exhibit space-time abrasion, than a phenomenon of a non Abelian light cone gauge topology.

 Tesla energy tends to exhibit a relatively strong tense, of space time abrasion. Tesla energy is of a non Abelian light cone gauge topology. Tesla energy tends to exhibit, the eminent corroboration, of a relatively strong scalar magnitude, of energy of heat transport (transfer), per Kelvin Mole, of the given arbitrary medium it is transmitted through. 

High energy of heat transport, tends to make hot temperatures seem hotter. For example: Water has a higher energy of heat transport than air tends to have. Consequently; Water, when it’s hot, is hotter to the senses, than an otherwise analogous tense of air, will tend to exhibit. 

A phenomenon of an Abelian light cone gauge topology, that is more eminently corroborative in covariant interaction, with phenomenology that is of a non Abelian light cone gauge topology, is often to tend to bear a more enhanced tense of magnetic charge flow, than an otherwise analogous phenomenon of an Abelian light cone gauge topology, that instead, is less eminently corroborative in covariant interaction, with phenomenology that is of a non Abelian light cone gauge topology. 

For instance: electrons are mass bearing. These are eminently reductional, as a specific genus of phenomena, that is of an Abelian topology. Protons are also mass bearing. These are eminently reductional, as another specific genus of phenomenology, that is of an Abelian topology. Yet; Electrons tend to be more eminently associated, with the flow of kinetic energy, than protons are ( generally). Kinetic energy is of a non Abelian topology. So, electrons tend to be more associated with the flow of magnetic charge than protons are. 

The more firmly tugged, that a mass-bearing phenomenology is to be, by the Legendre (co)homology, that is eminently generated, by the projected trajectory, of a tense of kinetic energy, the more eminently corroborative that the covariant interrelation will tend to be, between the Abelian topology of the respective mass-bearing phenomenon, with the respective counterpart of non Abelian topology, as the latter is exemplified by the earlier stated tense of kinetic energy. 

When a firmly tugged mass-bearing phenomenology, that is physically transported by a tense of kinetic energy, as taken at an externalized reference frame from its internal reference frame of super conformal invariance, is to spin harmonically in a hermitian manner, that such a general physical process, will often tend to bear the characteristics, of a magnetic tense of smoothly charged phenomenology. 

COOL 20

 A covariant system of waves, that is isotropically Unstable, at a Gaussian-Related premise, as taken at the Poincaré level, to the eminently corroborative generation of oscillatory spatial disturbance, will generally tend to bear, the likings of a Dolbeault (co)homology, as taken over time. 

The greater the assortment of covariant Del Pezzo Spaces is to be, for a directly associated super string-related field, even if this is here to be taken primordially, at an internal reference frame to the implicit anti canonical spacings, that this general implied type of a general physical situation, will thereupon often tend, to enhance the thence co-differentiable proximal local probability, of the stately holonomic presence, of an eminently corroborative generation, of a co-determinable Dolbeault (co)homology. 

Theoretically it often tends to be the case, that if one were to have a set of Del Pezzo Spaces, as taken in a net harmonically interlaced manner, from within the Ward-Neumann bounds, of a covariant generated (co)homology-based holonomic structure, of a kinematically propagated premise, as this, here, is to be considered to be taken, at an immediately externalized reference frame, from the Gliosis-Based surface of the general (co)homology-based substrate, that such an implicit general genus of a (co)homology-related phenomenon, will often tend to have a more enhanced tendency of potentially being of a De Rham-Based nature, than if it were situated otherwise. 

The more harmonically interwoven, that the Cox Rings are to be, that interconnect those anti canonical spaces, known of as Del Pezzo Spaces, into such a manner, to where, at a reference frame that is externalized from the internal region of seeming relative disorder, that the combination of interconnection is to spontaneously tend to result, in a net harmonic interrelation among the eminently corroborative (co)homology-related eigenstates, that such an apparent physical situation, may often tend to work to form, can thereupon tend to generate, a net state of projected trajectory, that may often be of a De Rham-Related nature. 

The less harmonically interwoven, that the Cox Rings are to be, that interconnect those anti canonical spaces, known of as Del Pezzo Spaces, into such a manner, to where, at a reference frame that is externalized from the internal region of apparent relative disorder, that the combination of interconnection among the eminently corroborative (co)homology-related eigenstates, that such an adaptation of a physical situation, may often tend to work to form, can thereupon tend to generate, a net state of projected trajectory, that may be of a Dolbeault-Related nature. 

When a system of physical waves, is to work to bear a viable tense of space time abrasion, at the externalized edge of its Lagrangian-Based Motion, that this general occurrence, will often tend to bear the exhibited expression, of a spontaneously viable tense of physical entropy. 

When a physical system of kinematically propagated waves, is to work to bear a viable tense of space time abrasion, at the externalized edge of its kinetic-bearing motion, that this general occurrence, will often tend to bear the exhibited expression, of an enhanced tense of heat transport (transfer), per Kelvin Mole of physical substrate. 

Space Time Abrasion, tends to often be the spontaneous result, of the physical coupling, between the i*PI(Del)Action, in conjunction with angular momentum. 

Space Time Abrasion, tends to often be the spontaneous result, of the physical coupling, between unitary heuristic-gauge magnetic potential, in conjunction with angular momentum.

Cool 19

 A tense of Fourier-Related-Progression, may be said to tend to be optimally effective, when its eminently corroborative pulsation is relatively resolute, and, its eminently corroborative kinetic energy is relatively succinct. 

The piecewise continuous flow, of the net wave-based condition, of a kinematically propagated, Hamiltonian Topological Manifold, will often tend to work to describe, a harmonically delineated, Fourier-Related-Progression. 

The staggered flow, of the net wave-based condition, of a kinematically propagated, Hamiltonian Topological Manifold, will often tend to work to describe, an anharmonic delineated, Fourier-Related-Progression. 

A harmonically delineated Fourier-Related-Progression, often tends to bear magnetic charge. 

An anharmonic delineated Fourier-Related-Progression, often tends to be relatively entropic. 

An anharmonic delineated magnetic charge, may often tend to be eminently corroborative, with Tesla Energy. 

A given arbitrary tense of Fourier-Related-Progression, may be said to be optimal in  

A relatively fairly harmonic conveyed entropic state, may often tend to be eminently corroborative, with the physical melting, of a particular given arbitrary solid, into its given arbitrary eminently associated liquid state.

A extremely spuriously conveyed entropic state, may often tend to be eminently corroborative, with a nuclear reaction. 

A given arbitrary tense of Fourier-Related-Progression, may often tend to be said, to be optimal in physical operation, when its directly associated tense of pulsation, is eminently corroborative with a tense of metric-gauge, while its directly associated tense of kinetic energy flow, is eminently corroborative with a tense of heuristic-gauge. 

A given arbitrary tense of Fourier-Related-Progression, may often tend to be said, to be optimal in physical operation,  when it’s directly associated tense of pulsation, is eminently corroborative with a pressure-related Lagrangian-Based Drive, while its directly associated tense of kinetic energy flow, is eminently corroborative with a puncture-related Lagrangian-Based Drive. 

A non perturbative anti gravitational field, tends to bear a more overtly flat Ricci Curvature, than an otherwise analogous, non perturbative heuristic gravitational field, tends to bear. 

A non perturbative anti gravitational field, tends to be more auspicious, for the general bearings, of an optimal Calabi-Yau Manifold, than an otherwise analogous non perturbative gravitational field, that is fundamentally heuristic, instead.