Cool 26

 When the Ricci Flow is -2, which it generally tends to heuristically be, when the eminently corroborative Hamiltonian Topological Manifold, that operates to exhibit such a respective Ricci Flow, as it is implicitly to be moving forward in time, that it happens to spontaneously occur, when in lieu of such an implied flow, that the eminently corroborative innate de formative jitter, of such a kinematically propagated, Hamiltonian Topological Manifold, which one could consider here, to metaphorically be behaving, as a Ward-Cauchy-Related “reflex,” of such a general process of topological deformation, will spontaneously tend to consequently be, about .13409 i. 

The more amplified that the regional swipe is to be, for an accelerating, kinematically propagated, holonomic substrate, the more dispersive that the covariant interactive vortices, will consequently tend to react as behaving like. 

The more dispersive, that the eminently corroborative, covariant interactive vortices, are to behave as expressing, the more unsheathed, that the homology-related environment, that is immediately externalized from the implicitly accelerating holonomic substrate, will consequently tend, to spontaneously become involving. 

Highly dispersive vortices, often tend to generate entropy. 

If unsheathed vortices, could somehow invert their dispersion, this could potentially facilitate an ordering. 

Charge may often tend to potentially alter the unsheathing effect, that dispersive vortices may have initially had. 

In a metaphorical way, DNA may often tend to act, as a biological potentiometer, on account of its info storage. 

Proteins are to genetics, metaphorically, what robotically generated thoughts are to an LLM mechanism. 

Cool 25

 The more permeable that the holomorphic wave-tug is to be, for a hermitian, kinematically propagated, Kahler Hamiltonian Topological Manifold, the more succinct, that its Lagrangian-Based frequency, will consequently tend to be. 

The less viscous, that a tense of space time fabric, is to be, of which a particular Hamiltonian Topological Manifold, is here to be spontaneously entering in, in so as to subsequently become kinematically propagated, through such a relatively viscous space time fabric, the more permeability, that the implicit team of mass-bearing discrete energy quanta, will consequently tend to spontaneously have, in the general process of becoming transmitted, through the implicit medium that it is here to be beginning to travel through, to where the stated Hamiltonian Topological Manifold, will thereby have an enhanced tendency, of bearing a more succinct Lagrangian-Based frequency, as it is here to be physically translated, through the medium of space time phenomenology, that it is going into. 

A heuristically gauged, Hamiltonian Topological Manifold, that works to bear a relatively strong electromotive permeability, will tend to bear a stronger tense of Lagrangian-Based succinctness, than a metrically gauged, Hamiltonian Topological Manifold, that works to bear a relatively analogous strength, of electromotive permeability.

 The Fourier-Related-Progression, of a hermitian, kinematically propagated, heuristically gauged, Kahler Hamiltonian Topological Manifold, tends to bear a more succinct electromotive physical transformation, than an otherwise analogous, Fourier-Related-Progression, of a hermitian, kinematically propagated, Kahler Hamiltonian Topological Manifold, that instead, is metrically gauged. 

The more resolute that a cohesive system of waves is to be, the stronger that its resonant pulsation, will tend to be. 

The more succinct that a cohesive system of waves is to be, the more facilitated that its Lagrangian, will tend to be. 

The resonant pulsation of a frequency, tends to be more eminently corroborative with its metric translation. This is thereby to often tend to be more eminently associated, with the spatial component, of the space time fabric, that is corroborative to its electromotive frequency. 

The Lagrangian-Based Motion of a frequency, tends to be more eminently corroborative with its heuristic translation. This is thereby to often tend to be more eminently associated, with the time component, of the space time fabric, that is corroborative to its electromotive frequency. 

Abelian Hamiltonian Topological Manifolds, often tend to move into the direction of least distance. 

Non Abelian Hamiltonian Topological Manifolds, often tend to move into the direction of least time. 

A highly resolute, kinematically propagated, Hamiltonian Topological Manifold, that lacks a viable scalar amplitude of electromotive permeability, will tend to have a more enhanced probability, of bearing the exhibition of heightened entropy, than an otherwise analogous, kinematically propagated, Hamiltonian Topological Manifold, that is not as highly resolute. 

When infrared photon scattering is enhanced, entropy tends to be generated. When infrared photon scattering is debilitated, entropy tends to be locally degenerated. 

Kinetic Ultraviolet radiation, often tends to have the capacity, of enhancing infrared photon scattering. 

Anharmonic molecular motion, often has the tendency, of capably working to enhance infrared photon scattering. 

Harmonic molecular motion, often has the tendency, of being capable, of potentially facilitating, ordered charge. 

Anharmonic molecular motion, often tends to enhance infrared photon scattering. 

Harmonic molecular motion, often tends to enhance cohesive resonant vibration. 

The kinematic propagation of cohesive resonant vibration, often tends to transmit sound eigenstates. 

The kinematic propagation of scattered infrared energy, generally tends to transmit entropic eigenstates. 

The quicker that a holonomic substrate escalates, in the topological sway of its eminently corroborative Clifford-Related Expansion, the more rapidly that vortices may often tend to consequently become spontaneously dispersed. 

COOL —24

 A Floer Rabinowitz (co)homology-based topological manifold, has more of a tendency of being of a symplectic nature, than of a Khovanov nature. 

A Floer Heegaard (co)homology-based topological manifold, has more of a tendency of being of a Khovanov nature, than of a symplectic nature. 

Kahler Hamiltonian Topological Manifolds, that work to bear a hermitian frequency, will often tend to be De Rham.

Kahler Hamiltonian Topological Manifolds, that work to bear an accelerated frequency, that are to be spontaneously amplified, will often tend to bear the likings, of a Floer Rabinowitz (co)homology. 

Floer Rabinowitz (co)homology, when in the proximal local covariant presence of a Minkowski-Based anti gravitational force, when this is utilized to apply torsional spin, to allow for inclusive transversal acceleration as well, will often tug the eminently corroborative Kahler Hamiltonian Topological Manifold, into the potential vestibule, of some particular means of an artificial worm-hole commutation. 

Kahler Hamiltonian Topological Manifolds, that work to bear a decelerated frequency, that are to be spontaneously diminished, will often tend to bear the likings, of a Floer Heegaard (co)homology.

An EKG of a person’s heart, when they apparently are about to die, is metaphorically analogous, to a frequency, that is eminently corroborative, to a Floer Heegaard (co)homology. 

An EKG of a person’s heart, when they apparently are about to come back to life, is metaphorically analogous, to a frequency, that is eminently corroborative, to a Floer Rabinowitz (co)homology. 

An EKG of a person’s heart, when their heart health is evenly maintained, is metaphorically analogous, to a frequency, that is eminently corroborative, to a Morse Floer (co)homology. 

The tighter and or smaller, that the annuli/annulus, of a (co)homology is to be, of which is here to be eminently corroborative, with the likings of a Hamiltonian Topological Manifold, that is here to be metrically gauged, the more bluntly demonstrative, that the physical attribute, of its directly associated resolute pulsation, will consequently tend to spontaneously be. This will tend, as well, to be eminently corroborative, with a relatively enhanced tense, of physical entropy. 

(Co)Homology, that is eminently corroborative, with a charged Hamiltonian Topological Manifold, often tends to bear a flexible annuli/annulus, and often as well, tends to bear, a set of one or more, relatively large annuli. 

The stronger that the holomorphic wave tug is to be, for a hermitian, kinematically propagated, Kahler Hamiltonian Topological Manifold, the stronger that its eminently corroborative frequency, will consequently tend to be, when this is here to be considered, in terms of its resolute pulse. 

 

Cool 23

 The inversion of accelerating thought frequency, often tends to be decelerating space-time. While; The inversion of accelerating space-time, often tends to be decelerating thought frequency. 

The Clifford Expansion, of an anti gravitational-based accelerating incursion, as taken upon a given arbitrary,   kinematically propagated Kahler Hamiltonian Topological Manifold, may often tend to resultantly incur, upon the implicitly effected team, of mass-bearing discrete energy quanta, a sudden spontaneously transversal acceleration, of which is often less likely, of illicitly causing disorderly gravitational and reverse gravitational dramatic impacts, upon the internal sector, of the central reference frame, of the stated Kahler Hamiltonian Topological Manifold. 

A transversally accelerating, Kahler Hamiltonian Topological Manifold, undergoing anti gravity, that works to bear a relatively strong tense, of a Clifford Expansion, may often tend to have the capacity, of spontaneously changing in the direction, of its angular momentum, swiftly, with no viable damage to its internal structural modulus. 

Pulsation that is inextricably holomorphic, in its hermitian effectual incursion, will often tend to be kinematically propagated, in a manner that is tantamount to light speed. 

As a refresher; A given arbitrary, kinematically propagated, Hamiltonian Topological Manifold, that is of a Floer-Related nature, has the capacity, to spontaneously generate, Either as much, less, or more (co)homology, than what it is here to be initially working to express. 

The generation of more (co)homology, than what one has initially been dealt with, may tend to be indirectly indicative, of the possibility, of being capable of generating more energy, than what one has here to have initially been dealt with. 

A Floer (co)homology, that generates Less net eigenstates than it initially had, may be said, to be a Heegaard Floer (co)homology. 

A Rabinowitz Floer (co)homology, generates More net eigenstates than it initially had. 

A Morse Floer (co)homology, generates Just As Many net eigenstates as it initially had. 

A non perturbative gravitational field, often tends to form Morse Floer (co)homology. 

An attenuated heuristic gravitational field, often tends to form Heegaard Floer (co)homology. 

An augmented heuristic gravitational field, often tends to form Rabinowitz Floer (co)homology. 

The generation of more energy than one had started out with, may often tend to augment anti gravity. 

The generation of less energy than one had started out with, may often tend to attenuate anti gravity. 

Minkowski-Based, escalating, anti gravitational Clifford-Related Expansion, taken over time, may often tend to put one on the threshold, of creating an artificial worm-hole. 

The stronger that the Kahler-Based Quotient is to be, for a Minkowski-Based, escalating, anti gravitational Clifford-Related Expansion, as taken over time, the more likely, that such a given arbitrary general genus of a physical situation, may tend to bear the likings, of generating the formation, of an artificial wormhole. 

A Rabinowitz (co)homology, when under the proximal local influence of anti gravitational force, tends to often be more eminently associated with a harmonic tense of kinetic energy propagation, than a Rabinowitz (co)homology, when under the proximal local influence of heuristic gravity. 

A Rabinowitz (co)homology, when under the proximal local influence of anti gravitational force, tends to often be more eminently associated with a hermitian transmission of kinetic energy propagation, than a Rabinowitz (co)homology, when under the proximal local presence, of a heuristic tense of gravitational force. 

The covariant presence, of a sheath of scattered harmonic cohomology, that is toggled back and forth from an initial spin momentum, as taken at a transversal state of kinetic rest, when this is here to be interactive with a permeative tense, of a Minkowski-Based, escalating, anti gravitational Clifford-Related Expansion, as taken over a period of discrete time, may often tend to be capable, of acting with the general likings, of a star-gate type of a phenomenology.

Anti Gravity often tends to help facilitate the generation of (co)homology more readily, than heuristic gravity does. 

COOL 22

 Sound transference, that works to express the general exhibition of space time abrasion, will often tend to hiss. 

A general vacuum in outer space, that works to express the general exhibition of space time abrasion, will often tend to bear a relatively viscous tense, of internal permeability. 

A charged tense of space time time fabric, will tend to be more physically permeable, than an abrasive tense of such fabric. 

An accelerating abrasive Euclidean frequency, will tend to couple its angular momentum, with the eminently corroborative i*PI(Del)Action. 

An accelerating abrasive Euclidean frequency, will tend to couple its angular momentum, with the eminently corroborative unitary heuristic gauge magnetic potential. 

An accelerating De Rham Euclidean frequency, will tend to couple its angular frequency, with the eminently corroborative i*PI(Del)Action. 

An accelerating De Rham Euclidean frequency, will tend to couple its angular frequency, with the eminently corroborative unitary heuristic gauge magnetic potential. 

A Dolbeault Euclidean frequency, that is kinematically propagated, will often tend to exhibit a tense of entropy. 

A Kahler Hamiltonian Topological Manifold, that works to exhibit a non abrasive Lagrangian, will often tend to be De Rham. 

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. 

The more firmly tugged that the metric gauge eigenstate tends to be, the more spontaneously resolute, that the consequential Fourier-Related-Progression, will often tend to be. 

The more firmly tugged that the heuristic gauge eigenstate tends to be, the more spontaneously succinct, that the consequential Fourier-Related-Progression, will often tend to be. 

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. 

Cool 18

 The Fourier-Related-Progression, of the Lagrangian-Based Expansion, of a kinematically propagated, De Rham Calabi-Yau Manifold, will spontaneously tend to exhibit, both a relatively resolutely discrete tense, of quantum energy permittivity, &, a relatively succinctly discrete tense, of quantum energy permeability, as it is delineated spatially.

An ideal De Rham Calabi-Yau Manifold, will generally tend to be Yau-Exact, in that, a Kahler Hamiltonian Topological Manifold, that generates a smoothly traceable Lagrangian, that is here to exist in a purely hermitian manner, will tend to bear a piecewise continuity, in the general course of the propagation of its net holonomic eigenstate, causing it to spontaneously tend to be piecewise continuous, in the general process of recursively generating as much (co)homology as it is to degenerate, over a set time. 

A kinematically propagated, De Rham Kahler Hamiltonian Topological Manifold, tends to bear a relatively “pressured” metric-related quantum energy permittivity,&, a relatively aerodynamic heuristic-related quantum energy permeability. 

Kinetic De Rham Calabi-Yau Manifolds, that are Yau-Exact, tend to spontaneously behave, as being gauge-invariant. 

The greater that both the quantum energy permittivity & the quantum energy permeability are to be exhibited as expressing, over a set duration of proscribed time, the stronger that the kinematically propagated net inertial eigenstate, will consequently tend to spontaneously be, to where, the respectively latent covariant proximal local expectation value, of the probable possibility, of relatively sustained gauge-invariance, will therefore often tend, to be more plausibly permissible, in such a physical case scenario, as the restraints of impeding energies, that would otherwise make such a possible sustainable tense of developed gauge-invariance improbable, are here to not be viably effectual, upon the topological substrate, of the implicit kinematically propagated team, of discrete energy eigenstates, as Gliosis to the Poincaré level, in so as to bring on the prior insinuated physical conditions, in which a particular genus or type of gauge-invariance may occur!🤝

The space time continuum is looped, super strings tend to be looped, so, doesn’t it make sense to people, that at the pinnacle of its logical order, time is looped too?!

The longer of a relativistic duration, in which an isotropically stable inertial tense of ordered restraint, is here to have recursively iterated for a relatively long time, that it will often tend to consequently occur, that the potential tendency of a resultant spontaneous arrangement of viable gauge-invariance, will often tend to be thus enhanced. 

When the physical impetus of wave-tug, that is here to be applied, as a tense of physical restraint upon the implicit team of mass-bearing discrete energy quanta, is to happen in such a manner, to where both the respective relativistic direction & the respective scalar amplitude, that is here to be corroborative with the respective wave-tug, are not to change in their overt arrangement, in any inordinate sense of the word, as taken at an internal reference frame of the actual gauging, that this thus indicates gauge-invariance. 

When there is to inextricably be a recursively smooth alteration in the direction of gauge action flow, that this works to help indicate, a particular case of the general tendency of harmonic gauge perturbation. 

However; When there is to inextricably be a recursively spurious alteration in the direction of gauge action flow, that this works to indicate, a particular case of the general tendency of anharmonic gauge perturbation.   

When there is to inextricably be a recursively smooth reverberation, in the implicitly steady changes in gauge action flow, that this works to indicate, another particular case, in the general tendency, of harmonic gauge perturbation. 

The firmer the gauge action flow, the more resolutely steady that the Moment of Inertia is to spontaneously be. 

The more gauge invariant that the angular momentum is to be, the more steady state that the eminently corroborative directional drive will tend to spontaneously be, when in terms of the resolution of wave tug, that is here to be taken, at an internal reference frame, that is Poincaré to the gauge. 

The more gauge invariant that the angular frequency is to be, for a smoothly accelerating, eminently corroborative, kinematically propagated, Kahler Hamiltonian Topological Manifold, the more spontaneously steady state, that the likely, implicitly formed magnetic charge, will consequently tend to be demonstrably expressed as being. 

Cool 17

 Not only may thoughts potentially effect the probability density; So can free-will, imagination, the yin(g) and the yang, as well as the rest of the metaphorical gauntlet of those emotion-based physical characteristics, that are here to be capable of exerting at least some form or another of physical force, upon the relative positioning of physical phenomenology, in so as to effect the potential spots, as to where various microscopic things could possibly be at. 

Hermitian frequencies, that work to bear Lagrangian-Based Nijenhuis tensors, tend to exhibit harmonically recursive fluctuations, of viably incurred topological-related sway. 

Hermitian frequencies, that work to bear Lagrangian-Based Riemann-Related tensors, tend to exhibit a perturbative topological contour of trace, causing these frequencies to thereby tend to lack, a tense of topological invariance. 

A (co)homology-based manifold, that is non perturbative in its covariant metric, and is also here to be translated physically, via the incursion of a hermitian Lagrangian, will generally tend to bear a viable tense, of topological invariance. 

The denser that the energy of heat transport (transfer) is to be, the stronger that the eminently corroborative entropy, will spontaneously tend to consequently be. 

The more erratic that infrared photons are to behave as, when in conjunctivitis covariance with a mass that is at a particular temperature, the more entropy it tends to exhibit.

The more harmonically conveyed that infrared photons are to be exhibited as, the less entropy that these will spontaneously tend to be eminently corroborative with. 

An amplified, harmonically perturbative, frequency oscillation, will tend to spontaneously work to bear, an eminently corroborative, hermitian augmentation of field pulsation, when this is here to be physically taken, in covariant retrospect, to the externalized spatial disturbance. 

An amplified, anharmonic in perturbation, frequency oscillation, will tend to spontaneously work to bear, an eminently corroborative, spurious augmentation of field pulsation, when this is here to be physically taken, in covariant retrospect, to the externalized spatial disturbance.

A diminished, harmonically perturbative, frequency oscillation, will tend to spontaneously work to bet, an eminently corroborative, hermitian attenuation of field pulsation, when this is here to be physically taken, in covariant retrospect, to the externalized spatial disturbance. 

A diminished, anharmonic in perturbation, frequency oscillation, will tend to spontaneously work to bear, an eminently corroborative, spurious attenuation of field pulsation, when this is here to be physically taken, in covariant retrospect, to the externalized spatial disturbance. 

An escalating frequency, tends to increase in recursion, and decrease in time. Whereas; A de-escalating frequency, tends to decrease in recursion  and increase in time;When kinetic. 

One discrete increment of zero point energy, I have mathematically determined lately, as far as I can tell, is:

2.06217667801*10^(-162) Cubic Joules Per Meters Squared Seconds To The Fourth. 

So; When 511,385,442,463*10^(116) discrete increments of zero point energy, are to couple in a hermitian manner, with (meters seconds squared per kinetic energy)*(meters seconds squared per kinetic energy) — while the yet being amplified by a factor of two pi, that this forms the Lagrangian of the Planck Energy; And When the Planck Energy is to couple with the exact equal and opposite direction of its Lagrangian, that this eminently tends to facilitate the creation, of a quantum of the Planck Phenomenon. 

A physical frequency oscillation, that works to bear a pressure-related Lagrangian-Based Drive, will quite often tend to bear optimum viable efficiency, when it is delineated into the direction of least distance. 

A physical frequency oscillation, that works to bear a puncture-related Lagrangian-Based Drive, will quite often tend to bear optimum viable efficiency, when it is delineated into the direction of least time. 

Cool 16

 Zero point energy is an actual phenomenon, yet, via math, I determined that, instead of coming in units of Joules, zero point energy comes in units of Joules Cubed per meters squared seconds to the fourth. Zero point energy also doesn’t go discretely into the Planck Energy, yet it Does go discretely into the Planck Bar Energy. So; If one were to couple a whole lot of discrete increments of zero point energy, With the covariant spontaneous trivial isometric coupling of a Fourier-Related-Progression (upon itself), that eminently involves unitary heuristic-gauge pulse per kinetic energy, that this may tend to form the Planck Bar Energy. When such a phenomenon of Planck Bar Energy is augmented by a factor of two pi, this then forms a phenomenon of Planck Transversal Energy. And when Planck Transversal Energy is coupled with the equal and opposite direction of its Lagrangian-Based Motion, this forms an actual thing of energy that is energy, relative to us. 

The more piecewise continuous, that the pulsation is to be, for a given arbitrary, respective, Kahler Hamiltonian Topological Manifold, the less erratic, that its eminently corroborative Fourier-Related-Progression, will tend to be.

The more erratic, that the directly corresponding kinetic energy is, for an eminently corroborative tense, of Fourier-Related-Progression, the more of a tendency, that there will consequently be, that it will bear enhanced entropy.   

The more piecewise continuous, that the frequency is to be, for a given arbitrary, respective Kahler Hamiltonian Topological Manifold, the more likely, that the eminently corroborative Kahler-Metric, that is here to be equivocally associated, will spontaneously bear the general characterization, of a Calabi-Yau Manifold, or perhaps even working to bear the characterization, of being Yau-Exact. 

Piecewise Continuous Frequencies, when individually taken, often tend to be eminently corroborative, with a hermitian general framework, of viable linear time, in so long as the eminently associated general physical situation, is here to bear a strong tense of Riemann-Based isotropic stability, in terms of having purely Gaussian Noether Symmetry, in retrospect to its eminently covariant surroundings. 

The stronger that the eminently associated pulsation is to become, for the Fourier-Related-Progression, of a directly corroborative, kinematically propagated, Kahler Hamiltonian Topological Manifold, the more amplified, that its directly related frequency, will consequently tend to spontaneously be. This is to where the period of the frequency, will tend to become shorter, and thus more recursively quick in relative duration. The weaker that the eminently associated pulsation is to become, for the Fourier-Related-Progression, of a directly corroborative, kinematically propagated, Kahler Hamiltonian Topological Manifold, the more diminished, that its directly related frequency, will consequently tend to spontaneously be. This is to where the period of the frequency, will tend to become longer, and thus more recursively slow in relative duration. 

The more amplified that the pulsation is to be, for an eminently associated Kahler Hamiltonian Topological Manifold, the more augmented, that its corroborative Fourier-Related-Progression, will spontaneously tend to be. The more diminished that the pulsation is to be, for an eminently associated Kahler Hamiltonian Topological Manifold, the more attenuated, that its corroborative Fourier-Related-Progression, will spontaneously tend to be.

 The more resolute that the resonant pulsation is to be, for an eminently associated Kahler Hamiltonian Topological Manifold, the more force, that its corroborative Fourier-Related-Progression, will consequently tend to spontaneously incur, upon its covariant surroundings. 

The more succinct that the resonant pulsation is to be, for an eminently associated Kahler Hamiltonian Topological Manifold, the more permeability, that its corroborative Fourier-Related-Progression, will consequently tend to spontaneously incur, upon its covariant surroundings. 

Resolute pulsation tends to enhance the abrasive force, that is eminently associated, with the Fourier-Related-Progression, of a resonant, kinematically propagated, Kahler Hamiltonian Topological Manifold. Whereas; Succinct pulsation tends to enhance the hermitian force, that is eminently associated, with the Fourier-Related-Progression, of a resonant, kinematically propagated, Kahler Hamiltonian Topological Manifold, over time. 

Cool 15

 The stronger that the Kahler-Based conditions are to be, for an eminently associated Hamiltonian Topological Manifold, the more likely that it will consequently tend to have the general capacity, of potentially becoming Yau-Exact, particularly if it is proximal local, to a non perturbative gravitational environment. 

Anti gravitational force, often has more of a potential, of facilitating the generation of less entropy, than an otherwise analogous physical situation, that instead, works to viably involve, a heuristic gravitational tense of force. 

A non perturbative anti gravitational field, that is proximal local, to an eminently corroborative, Kahler Hamiltonian Topological Manifold, will often tend to foster, a heightened tense of Yau-Exact physical conditions, in contrast to an otherwise analogous physical situation, that instead, works to involve, the proximal local presence, of a non perturbative, heuristic gravitational force. 

Strong Yau-Exact physical conditions, often tend to be auspicious, for potentially facilitating wormhole formation.

Calabi-Yau conditions are optimized, when the implicit eminently corroborative Hamiltonian Topological Manifold in question, is proximal, to a non perturbative gravitational field. When this is to occur, such a respective Hamiltonian Topological Manifold, is said, to be Yau-Exact.

A Hamiltonian Topological Manifold, is Yau-Exact, when it generates as much (co)homology as it degenerates, in a piecewise continuous manner. 

A Hamiltonian Topological Manifold, is said to bear a flat Ricci Curvature, when it is proximal local, to the eminent presence, of a non perturbative gravitational field. 

A Kahler Hamiltonian Topological Manifold, that is proximal local, to the eminent presence, of a non perturbative gravitational field, will often tend to be, of the general nature, of being a Calabi-Yau Manifold. 

Calabi-Yau Manifolds, tend to often eminently bear up to a nine spatial dimensional structure — since this assists these, at working to bear a minimal vanishing point, of tangential residue.

 

Cool 14

 When the i*PI(Del)Action, in the form of unitary heuristic -gauged magnetic potential, is tugged into the eminent flow, of the disturbance of space, that is corroborative, to the directly associated Hamiltonian Topological Manifold, that is here to have just spontaneously generated such a respective i*PI(Del)Action, that this may often tend to be a directly adherent physical situation, in which charge is to be generated instead of entropy. Yet; if the respective i*PI(Del)Action, is, instead, to be tugged into the eminent abrasion, that is corroborative with the disturbance of space, that is directly associated with the kinematic propagation, of the related Hamiltonian Topological Manifold, than it is more likely to tend to generate entropy than charge. 

The interaction of homotopic residue with angular frequency, that is of a discrete quantum of energy, as it is physically translated through its Lagrangian, is often eminently corroborative, with the Fourier-Related Flow, of the given arbitrary discrete Hamiltonian Topological Manifold in question, that is here to be exhibiting discrete energy. 

The interaction of homotopic residue with angular momentum, that is of a discrete quantum of energy, as it is physically translated through its Lagrangian, is often eminently corroborative, with the Fourier-Related Abrasion, of the given arbitrary discrete Hamiltonian Topological Manifold in question, that is here to be exhibiting discrete energy. 

When the general hermitian interaction, of the i*PI(Del)Action with angular frequency, works to involve an eminently corroborative co-tangential covariant incursion, that this will often tend to form a magnetic charge, that works to bear a negative chirality (a negative charge). 

When the general hermitian interaction, of the i*PI(Del)Action with angular frequency, works to involve an eminently corroborative tangential covariant incursion, that this will often tend to form a magnetic charge, that works to bear a positive chirality ( a positive charge). 

Just to make myself clear, just in case I make any typos: The phenomenology of the i*PI(Del)Action, is basically tantamount, to being, Unitary Heuristic-Gauge Magnetic Potential. 

The stronger that the interaction is to be, between unitary heuristic-gauge magnetic potential & angular momentum, the greater that the consequential spontaneously generated energy of heat transfer, will therefore tend to be. 

The stronger that the interaction is to be, between unitary heuristic-gauge magnetic potential & angular frequency, the greater that the consequential spontaneously generated magnetic charge, will therefore tend to be. 

Hermitian charge tends to be generated, by harmonically accelerating Hamiltonian Topological Manifolds of energy. 

Entropic features, tend to be generated, by anharmonic accelerating Hamiltonian Topological Manifolds of energy. 

The generation of enhanced heat transfer (transport), may often tend to be facilitated, by the anharmonic acceleration, of a Hamiltonian Topological Manifold of energy.  

Isotropically stable generation of hermitian charge, may often tend to be eminently corroborative, with the super symmetrical Lagrangian-Based delineation, of a piecewise continuous accelerating Hamiltonian Topological Manifold.

Unitary Heuristic-Gauge Magnetic Potential, is the reductional metaphorical common denominator, between charge — which works to represent, the physical tendency towards order, &, entropy — which works to represent, the physical tendency towards disorder. 

Unitary Heuristic-Gauge Magnetic Potential, tends to be generated, when an implicit team of mass-bearing discrete energy, is to alter, in its speed and or in its direction. 

The more compact, that a given arbitrary, kinematically propagated, Kahler Hamiltonian Topological Manifold, is to be situated as, the more likely, that it will potentially be physically conditioned, to have the general capacity, of working to be facilitated, into working to bear a covariant physical tense, relative to its surroundings, of isotropic stability — as it is here to be implicitly conveyed. 

The more facilitated that a given arbitrary Kahler Hamiltonian Topological Manifold is to be, at exhibiting a viable tense of conditioned compactification, the greater that the spontaneous probability will consequently be, that such an implicit team of net discrete energy quanta, will work to physically express, a tense of Yau-Exact behavior. 

 

COOL 13

 Super Symmetrical Chi, that is unitary metric-gauged, will often tend to spontaneously form, a tense of rationality. 

Certain tenses of unitary pulse, may often tend to have the capacity, of being able to abate certain thought frequency. 

Reductional Fourier-Related-Progression, as coupled with certain tenses of thought frequency, may often tend to have the capacity, of being able to spontaneously form, the general phenomenology, of inverse kinetic energy. 

The co-tangential pressurized restraint of reductional Fourier-Related-Progression, by the spontaneously impeding incursion of thought frequency, may often tend to facilitate, the resultant spontaneous formation, of dark energy. 

Let’s initially consider, a tense of a Hamiltonian Topological Manifold, of initially implicated kinetic energy, of which is to spontaneously become steady state, in such a manner, in which it is here to be super conformal invariant, at an internal reference frame. After such an implicit spontaneous explication, the initially stated kinetic energy, hereupon mentioned, is thence to become a tense of net mass-bearing energy eigenstate, to where, it is to become spontaneously altered in such an implicitly respective manner, via its eminently corroborative interaction, with the metaphorical auspices, of the stratum of the Higgs Field. 

The co-tangential pressurized restraint, of mass-bearing Fourier-Related-Progression, by the spontaneously impeding incursion of thought frequency, may often tend to facilitate, the resultant spontaneous formation, of dark matter. 

The tangential pressurized transfer, of mass-bearing Fourier-Related -Progression, by the spontaneously inductive incursion of thought frequency, may often tend to debilitate, the possibility of dark matter, from potentially coming into spontaneous proximal local existence. 

Strong homotopic restraint, of thought impelled Fourier-Related-Progression, may often tend to facilitate, the proximal local presence of dark matter. 

Strong homotopic transfer, of thought impelled Fourier-Related-Progression, may often tend to debilitate, the proximal local presence of dark energy. 

When the i*PI(Del)Action, in the form of unitary heuristic gauged magnetic potential, is to be eminently tugged, into the Riemann-Related tense, of the holomorphic direction, of which the implicit team of discrete energy quanta is to be going through, that such a situation, will spontaneously tend to facilitate causing a tense of angular frequency to couple with the respective i*PI(Del)Action, thereby tending to result in forming the general characteristic of electromotive charge. 

When the i*PI(Del)Action, in the form of unitary heuristic gauged magnetic potential, is to be eminently tugged, into the Nijenhuis-Related tense, of the holomorphic direction, of which the implicit team of discrete energy quanta is to be going through, that such a situation, will spontaneously tend to facilitate, causing a tense of angular momentum to couple with the respective i*PI(Del)Action, thereby tending to result in forming the general characteristic of electromotive entropy. 

When a continuously spinning, recursively dilating, complex Hamiltonian Topological Manifold, is to recursively vary back and forth, in a piecewise continuous manner, in its pulsation-related dilation, that this general physical operation, may be said to be analogous, to what one could say, is eminently corroborative, to what I happen to describe, as being, the Riemann Jacobian Recalibration. 

COOL 12

 The edification of energy permittivity, due to the facilitating effect of thought frequency, may, at times, help in the general process, of working to allow an eminently corroborative, net eigenstate of Hamiltonian Topological Manifold, to bear a stronger permeation, through an otherwise, less permeable, relatively viscous tense, of covariant proximal regional space-time-fabric, in its path. 

Thought frequency may be strengthened, by an eminently corroborative tense, of relatively strong Chi characteristic. 

When thought frequency, is to interact, in a hermitian manner, upon the i*PI(Del)Action, the spontaneously resultant phenomenology, that is thence formed, will consequently tend to be, the general stratum, of charged thought.

When shear thoughts, are to orchestrate a hermitian coupling, with a discrete tense of common sense, this general process, may often tend to facilitate, a general physical operation, that has the capacity to form a discrete tense of Chi, in the form of yin(g) and or the form of yang.

Organized Chi in hermitian conjunction with inverse thought, may, at times, be able to tend to form a tense of rational perspective, in the mind of a living entity. 

When Chi is isotropically stable, it tends to be organized. 

Chi may be said to be organized, or, to put it in another way, when it is said to be isotropically stable, is when the respective Chi, is to act in a covariant homomorphic manner. Homomorphic behavior, generally tends to refer to a tense of group action. Covariant group action, tends to refer, to the wave-tug of a disturbance of space, in which the implicitly moving entity in question, is to behave as one physical operation, in retrospect to the surroundings, in which it is here to be kinematically differentiating, time wise. 

Different functioning tenses of Chi, that each, when individually taken, operate as one whole, work to each respectively exhibit, a tense of isotropic stability. 

Individually taken tenses of Chi, that respectively exhibit isotropic stability, — when each are coupled with a unitary tense of metric, tends to exhibit, from the vantage point of the living entity, that is here to be both exhibiting and expressing such metaphorically doctored up Chi, a tense of rational perspective, or, what may be termed of, as reason. 

Since thought frequency has the general capacity, to be able to edify energy permittivity, such thought frequency, may also, quite likely at times, be able to strengthen, an eminently corroborative tense of gauge-action. 

Thought frequency may often tend to be able, to toughen a superstrings ability to trudge through its eminent field. 

Free-Will tends to metaphorically open the door, to the multiplicity of varied potential Chi. 

The application of imagination, by a living entity, may often tend to increase the metaphorically taken big picture, as to the net scope, in which rational perspective is to be applied. 

The more hermitian that the thought frequency tends to be, the smoother that it tends to consequently be capable, of spontaneously being able to permeate, a tense of space time fabric, that is in the Lagrangian-Based path, of the implicit, kinematically propagated, Hamiltonian Topological Manifold, that is here to be doing the implicit gauged motion, of which is thence to be facilitated into fruition. 

The stronger that the general Noether-Based characterization is to be, for a respective kinematically propagated thought frequency, the more spontaneously hermitian, that it will consequently tend to be expressed as. 

The stronger that the general Noether-Based characterization is to be, for a respective kinematically propagated thought frequency, the more spontaneously isotropically stable, that it will consequently tend to be. 

Chi, in a living entity, that is strongly Noether, may be said, to be isotropically stable. Noether-Based phenomena, is related to a physical tense, of relatively strong symmetry. 

Thought Frequency, that works to bear a covariant tense of Super Symmetrical interaction, with the kinematically propagated tense, of its trivially isometric net eigenstate, will tend to bear a tense, of isotropic stability. 

COOL 11

 The denser that the proximal local dark energy-related field is to be, the more spontaneously warped that the eminently corroborative space time fabric, will consequently tend to be. 

When the proximal local warping of space time fabric, is here to be eminently corroborative, with the spontaneous incursion of a dark energy source, upon the trivially latent presence, of a viable tense of inverse frequency, than, in this particular case, the time component of space time fabric, will thus tend to more than likely, bear a relatively stronger impartation of a tense of probable warping, than what would otherwise be viably incurred, upon the eminently associated space component, of the directly related effected space time fabric, that is here to be spontaneously warped. 

The proximal local presence of Thought frequency, tends to be facilitative, for the potentially viable spontaneous incursion, of the consequentially latent condition, of gauge invariance. 

Regions of strong thought frequency, tend to work to bear a relatively diminished tense, of viable gauge atrophy. 

Gauge-Action tends to be relatively enhanced, by the heightened incursion of thought energy, via thought frequency. 

The multiplicity of Chi may often tend to facilitate the orchestration of gauge-action, via the medium of thought frequency. 

The stronger that the medium of thought frequency is to be, the more permeability, that the phenomenology, of which the respective gauge-action in question is to be propagated through, will often tend to work to exemplify. 

Thought frequency tends to edify energy permittivity. 

Chi may often tend to work at facilitating the edification of energy permittivity, by orchestrating the corroborative thought frequency, in so as to be capable of physically incurring, those respectively eminently implicit restraints of gauge-action, that are thence to be brought into viable fruition, in so as to help accomplish the attempted respective physical operation, of which is to be desired. 

Organized Chi, that is unitary metric gauged, is tantamount to the likings, of what one could call common sense. Common sense may often tend to work at facilitating the angular frequency component, of the eminently corroborative edification of viable energy permittivity. 

The telekinetic incursion of common sense, as imparted upon an accelerating Hamiltonian Topological Manifold, may often tend to work to facilitate the spontaneous resultant generation, of edified charge permittivity. 

The telekinetic incursion of common sense, as imparted upon an accelerating Hamiltonian Topological Manifold, may often tend to indirectly favor, the eminently corroborative interaction, between the proximal i*PI(Del)Action, in conjunction with angular frequency. 

The telekinetic incursion of common sense, as imparted upon an accelerating Hamiltonian Topological Manifold, may often work to edify charge permittivity, by indirectly acting to strengthen the angular frequency, of which is here to be eminently corroborative, to the Lagrangian-Based motion bearing restraint, of which the implicit team of discrete energy quanta, is here to have imparted upon it. 

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.  

COOL 9

 A kinematically propagated, Kahler Hamiltonian Topological Manifold, that works to bear a piecewise continuous distributional delineation, while spontaneously working to bear an eminently corroborative, EUCLIDEAN-Based, Khovanov-Related (co)homology, will often tend to have a stronger Chern-Simons attribute, than an otherwise analogous, kinematically propagated, Kahler Hamiltonian Topological Manifold, that instead, works to bear, a piecewise continuous distributional delineation, that is spontaneously corroborative, with working to bear a Euclidean-Based, Symplectic (co)homology. 

A kinematically propagated, Kahler Hamiltonian Topological Manifold, that works to bear, both an eminently corroborative Symplectic-Based spin orbital momentum, in conjunction with an eminently corroborative Khovanov-Based angular momentum, will often tend to bear a significant state, of aerodynamic efficiency. 

A kinematically propagated Hamiltonian Topological Manifold, that is simply spinning, as covariant to its relative internal reference frame, is to have an enhanced Chern-Simons attribute, when its eminently corroborative (co)homology-based feature is Symplectic. Whereas; A kinematically propagated Hamiltonian Topological Manifold, that is simply moving transversely, as covariant to its relative internal reference frame, is to have an enhanced Chern-Simons attribute, when its eminently corroborative (co)homology-based feature is Khovanov. 

Proximal regional Anti Chiral magnetic states, have a general tendency, of dispersively converging. Whereas; Proximal regional chiral magnetic states, have a general tendency, of dispersively diverging. 

A spinning charge, tends to express greater magnetism, than an otherwise analogous charge, that is not spinning. 

(Co)Homology that is symplectic, tends to bear a relatively strong Chern-Simons attribute, when the eminently corroborative, kinematically propagated Hamiltonian Topological Manifold, that works to exhibit such an implicit (co)homology, is to bear the Lagrangian-Based modus of operation, of a Clifford Expansion. 

(Co)Homology that is Khovanov, tends to bear a relatively strong Chern-Simons attribute, when the eminently corroborative, kinematically propagated Hamiltonian Topological Manifold, that works to exhibit such an implicit (co)homology, is to bear the Lagrangian-Based modus of operation, of a Euclidean Expansion. 

Homotopic Transfer/Homotopic Restraint, that is Clifford, tends to be radially gauged. 

Homotopic Transfer/Homotopic Restraint, that is Euclidean, tends to be transversally gauged. 

When a Ward-Cauchy-Based frequency, is to be spontaneously physically propagated, through a relatively viscous tense of space time fabric, the respective frequency, will thereupon consequently tend to spontaneously exhibit, a relatively greater tense of gauge atrophy, than an otherwise analogous Ward-Cauchy-Based frequency, that instead, is to be spontaneously physically propagated, through a relatively less viscous tense of space time fabric.

When space-time-fabric, is more warped time wise than dimensionally wise, then light, that is to physically pass through it, spontaneously, is to tend to bear relatively more gauge atrophy, than another otherwise analogous implicit beam of light would, that instead, is to be spontaneously transmitted, through an overt tense of space time fabric, that is not as warped time wise as dimensional wise. 

When space-time-fabric, is more dimensionally warped than time wise warped, then brute mass, that is to physically pass through it, spontaneously, is to tend to bear relatively more gauge atrophy, than another otherwise analogous implicit tense of brute mass would, that instead, is to be spontaneously transmitted, through an overt tense of space time fabric, that is not as warped metrically as time wise. 

A Hamiltonian Topological Manifold, that is to bear a greater tense of pulse resolution than pulse succinctness, will often tend to bear a greater probability, of generating residual entropy than residual charge. Furthermore; A Hamiltonian Topological Manifold, that is to bear a greater tense of pulse succinctness than pulse resolution, will often tend to bear a greater probability, of generating residual charge than residual entropy. 

Anharmonic molecular vibration, tends to generate heat energy, as often considered to be exemplified, as being in the form of infrared photons. The more intensely scattered, that the anharmonic vibrations of molecules tends to be, the more intensely spontaneously scattered, that the resulting heat energy will be. So; The more intensely scattered, that the molecular vibrations, of a proximal local region is to be, per Kelvin Mole, the spontaneously greater, that the resulting entropy, will consequently tend to be. 

Enhanced harmonic molecular vibration, that is delineated in a hermitian manner, may often tend to be auspicious, towards the spontaneous facilitation of sound generation. 

COOL 8

 The smaller that the holes are to be, from within the physical boundary constraints, of the respective Ward-Neumann conditions, of a directly associated cohomology-related topological manifold, that is here to be generated, via the Lagrangian-Based kinematic propagation, of an eminently corroborative substringular phenomenology, the more efficient, that the spontaneous primordial effect, of its net gauge-action, will consequently tend to be incurred as. 

The more isotropically stable, that the magnetism is to be, of which is here to be radiated, by the kinetically displaced, directly associated kinematic propagation, of the Cartesian Lagrangian -Based motion, of a respectively considered Hamiltonian Topological Manifold, the more likely, that the eminently corroborative (co)homology, of which is here to be generated, by the spontaneous distributional delineation, of the implicit team of discrete energy quanta, will work to bear the likings, of a symplectic form of (co)homology. 

Since kinematically propagated, Hamiltonian Topological Manifolds, that are relatively enhanced in their compactness, when taken in a Cartesian manner, tend to be eminently corroborative, with working to bear a symplectic (co)homology, such symplectic-associated implicit teams of mass-bearing, discrete energy quanta, often tend to bear a more primordial interactive constituency, as taken in correlation between their spin orbital momentum, in lieu of their covariant eminently respective angular momentum. 

Kinematically propagated Hamiltonian Topological Manifolds, that are eminently corroborative, at working to express a symplectic (co)homology, when taken in a Cartesian manner, often tend to have a more enhanced capacity, at working to exhibit a Kahler-Metric, than otherwise analogous, kinematically propagated Hamiltonian Topological Manifolds, that instead, are eminently corroborative, to working at expressing a Khovanov tense of (co)homology. 

Khovanov cohomology-related phenomenology, that are of a Cartesian-related Manner of spatial delineation, often tend to express a less isotropically stable net gauge action, than otherwise analogous symplectic cohomology-related phenomenology does. 

Symplectic cohomology-related phenomenology, that are of a Cartesian-Related manner of distributional delineation, often tend to be more eminently corroborative, with Hamiltonian Topological Manifold-Like entities, that work to bear an enhanced charge density, than those otherwise analogous Hamiltonian Topological Manifolds, that instead, are eminently corroborative, with working to express, a Khovanov-related nature of cohomology. 

Since a symplectic cohomology tends to be eminently corroborative, with relatively stronger Chern-Simons attribute, than an otherwise analogous Khovanov-Related cohomology does, when taken in a Cartesian-Related perspective; An implicitly respective symplectic cohomology, therefore, tends to have a relatively stronger Majorana-Weyl-Invariant-Mode, than an otherwise analogous Khovanov-Related cohomology, as well. 

A symplectic cohomology, that is Cartesian, tends to work to bear, a relatively tightly knit Minkowski-Based Spin, in comparison to the general physical attribute, of the Minkowski-Based Spin, of a Khovanov-Related cohomology, which tends to be less tightly knit. 

Calabi-Yau topological manifolds, when in terms of their Cartesian attributes, tend to generally be more facilitated at spontaneously coming into fruition, when it is eminently corroborative, with the Lagrangian-Based generation of a resultant symplectic cohomology, by the kinetic differential distributional delineation, of a directly associated, kinematically propagated, Hamiltonian Topological Manifold, of which is ideally, here, to exist in a physical environment, in which the gravitational force, is viably non perturbative, at the proscribed proximal locus. 

(Co)Homology-Based topological fields, that are relatively strong in dimensional compactification, tend to bear a more Yau-Exact nature, than ulterior (co)homology-based topological fields, that are relatively less dimensionally compactified, Cartesian-Wise. 

Kinematically propagated Hamiltonian Topological Manifolds, that work to bear a relatively strong Kahler-Based Quotient, that is auspicious in working to facilitate a viably demonstrable lack of net gauge atrophy, often tend to bear a more enhanced tense of aerodynamic wave-tug, in the general process of their fractal of momentum-like permeability, than otherwise analogous, kinematically propagated Hamiltonian Topological Manifolds, that instead, do not work to bear such an implicitly gauge effective tense, of a relatively strong Kahler-Based Quotient. 

A compact Hamiltonian Topological Manifold, that is extremely succinct, in its general Ward-Based aerodynamic permeability, will often tend to work to bear a fairly resolute tense, of Ward-Based aerodynamic permittivity. 

COOL 7

 The more convergent that the homotopic dispersion is to be, for an eminently corroborative, kinematically propagated, Hamiltonian Topological Manifold, the more hermitian that the delineation, of the directly associated i*PI(Del)Action, will consequently tend to be. 

Harmonic electromotive pulsation per energy, tends to facilitate an eminently corroborative Fourier-Related-Progression, that is potentially conducive to charge. Anharmonic electromotive pulsation per energy, tends to facilitate an eminently corroborative Fourier-Related-Progression, that is potentially conducive to entropy. 

In terms of the (co)homology, of a discrete increment of energy quanta, a hole, or a set of holes, when individually taken, is hereupon the regional locus, from within the Ward-Neumann bounds, of the respective (co)homology, at which the net gauge-action, of the eminently corroborative, kinematically propagated, Hamiltonian Topological Manifold, of which works to spontaneously generate, the respective (co)homology at hand, is not viably effectual, in the general kinetic process, of its covariant delineation. 

Electromagnetic pulsation per kinetic energy, of which is the Fourier-Related-Progression, of light-like phenomenology, if it is amplified enough, and of a strong enough resonant frequency, may often tend to have the spontaneous capacity, to potentially short-out, the covariant functional ability, of relatively adjacent, electromechanical systems. 

A symplectic substringular homology-based structure, as taken at a Laplacian, generally has more of a tendency, of working to bear multiple holes, than an otherwise analogous substringular homology-based structure, that instead, works to innately bear a Khovanov-Based nature. 

A symplectic substringular homology-based structure, as taken at a Laplacian, generally has more of a tendency, of working to bear multiple regional loci, from within the dimensional scope of its covariant metric Ward-Neumann bounds, at which the net eminently corroborative gauge-action, of which the eminently associated, kinematically propagated, Kahler Hamiltonian Topological Manifold, of which is here to be spontaneously generating, the respective homology-based structure, is to be viably ineffectual. 

With a symplectic (co)homology-based structure, the gauge-effectual region, surrounding each individually taken hole, that is to be distributed, from within the dimensional scope, of its Ward-Neumann bounds, is to tend to bear a polarized concave up contour, in retrospect to the vantage-point, of the internal reference frame, of each respective hole. 

Since a symplectic cohomology tends to be more compact, in a Cartesian-Related manner, than an otherwise analogous Khovanov cohomology, then it logically follows, that a symplectic cohomology, will often spontaneously tend to bear a stronger Chern-Simons attribute, than an otherwise analogous Khovanov-Related cohomology will exhibit. 

The propagated generation, of a symplectic cohomology, when its eminently corroborative i*PI(Del)Action, is to physically couple, with a viable tense of angular frequency, will generally tend to form, a stronger tense of electromotive charge, than an otherwise analogous tense, of the propagated generation of a Khovanov cohomology, will tend to orchestrate. Furthermore; The propagated generation, of a symplectic cohomology, when its eminently corroborative i*PI(Del)Action, is to physically couple, with a viable tense of angular momentum, will generally tend to form, a stronger tense of electromotive entropy, than an otherwise analogous tense, of the propagated generation of a Khovanov cohomology, will tend to orchestrate. 

Cool 6

 The more enhanced that the Kahler-Metric is to be, for a respective, given arbitrary, kinematically propagated,  eminently corroborative Hamiltonian Topological Manifold, the more likely, that such an implicit team of discrete energy eigenstates, will consequently tend to be gauge-invariant. 

A Yau-Exact, kinematically propagated, Kahler Hamiltonian Topological Manifold, will often tend to be gauge-invariant. 

A kinematically propagated, Kahler Hamiltonian Topological Manifold, that is here to be proximal local, to a non perturbative gravitational field, will often tend to be gauge-invariant. 

A non perturbative anti gravitational field, often tends to be more conducive to gauge-invariance, than an otherwise analogous, non perturbative heuristic gravitational field. 

A non perturbative anti gravitational field, often tends to have a greater affinity for Yau-Exact conditions, than an otherwise analogous, non perturbative heuristic gravitational field. 

A non perturbative anti gravitational field, often tends have a more enhanced tense of Kahler stability, and therefore spontaneously having a greater affinity, for working to exhibit a viable tense of extremal metrics, than an otherwise analogous, non perturbative gravitational field, that instead, is of an eminently corroborative, heuristic nature. 

A kinematically propagated, Hamiltonian Topological Manifold, that works to bear a viable tense, of eminently corroborative Yau-Exact physical conditions, will often tend to bear a relative lack of gauge atrophy, in the directional wave-tug of its Lagrangian-Based Drive, as taken in the relative forward holomorphic direction. 

Cool 5

 A Khovanov (co)homology, often tends to be eminently corroborative, with the likings, of a non Abelian light cone-gauge topology; To where, a Khovanov (co)homology, often tends to be eminently corroborative, with the likings, of a heuristically gauged, kinematically propagated, Hamiltonian Topological Manifold. 

A Symplectic (co)homology, often tends to be eminently corroborative, with the likings, of an Abelian light cone gauge topology; To where a Symplectic (co) homology, often tends to be eminently corroborative, with the likings, of a metrically gauged, kinematically propagated, Hamiltonian Topological Manifold. 

The more hermitian, that a kinematically propagated, Hamiltonian Topological Manifold, is to behave as, the more likely, that its cohomology-related structure, of which its eminently corroborative Lagrangian-Based motion, is to spontaneously generate, will thereby have an enhanced probability, of working to exhibit, a De Rham nature. 

The less hermitian, that a kinematically propagated, Hamiltonian Topological Manifold, is to behave as, the more likely, that its cohomology-related structure, of which its eminently corroborative Lagrangian-Based motion, is to spontaneously generate, will thereby have an enhanced probability, of working to exhibit, a Dolbeault nature. 

The more resolutely charged, that a kinematically propagated Hamiltonian Topological Manifold, is to behave as, the more likely, that its eminently associated motion, will be hermitian, to where it will thereby consequently be more likely, that its cohomology-related structure, of which its eminently corroborative Lagrangian-Based motion, is to spontaneously generate, will therefore have an enhanced probability, of working to exhibit, a De Rham nature. 

The more resolutely spurious, that a kinematically propagated Hamiltonian Topological Manifold, is to behave as, the more likely, that its eminently associated motion, will be entropic, to where it will thereby consequently be more likely, that its cohomology-related structure, of which its eminently corroborative Lagrangian-Based motion, is to spontaneously generate, will therefore have an enhanced probability, of working to exhibit, a Dolbeault nature. 

The more resolutely spurious, that a kinematically propagated Hamiltonian Topological Manifold, is to behave as, the more likely, that its eminently associated motion, will consequently tend to work to exhibit, an enhanced tense, of energy of heat transfer per Kelvin Mole. 

Phenomenology of kinematically propagated, Hamiltonian Topological Manifold, that is to be eminently corroborative, with a viable tense, of divergent homotopic dispersion, will often tend to exhibit, an enhanced tense, of energy of heat transfer per Kelvin Mole. 

Phenomenology of kinematically propagated, Hamiltonian Topological Manifold, that is to be eminently corroborative, with a viable tense, of convergent homotopic dispersion, will often tend to exhibit, an enhanced tense, of charge. 

The more piecewise continuous, that the Yau-Exact behavior is to be, for a charged, kinematically propagated, Hamiltonian Topological Manifold, the more efficient and effective, that the wave-tug, of the eminently associated electromotive charge, will often tend to be. 

The more piecewise continuous, that the Yau-Exact behavior is to be, for a charged, kinematically propagated, Hamiltonian Topological Manifold, the more likely, that the implicit team of mass-bearing discrete energy quanta, will tend to be gauge-invariant. 

Kinematically propagated, Calabi-Yau, Hamiltonian Topological Manifolds, tend to bear a more piecewise continuous Lagrangian-Based Flow, than otherwise analogous, kinematically propagated, Hamiltonian Topological Manifolds, that instead, are not Calabi-Yau. 

A Calabi-Yau Manifold, has a greater tendency of being gauge-invariant, than an otherwise analogous, implicit Hamiltonian Topological Manifold, that instead, is not Calabi-Yau. 

Kinematically propagated, Hamiltonian Topological Manifolds, have a greater probability of being gauge-invariant, if the proximal local gravitational force is non perturbative, than if, under otherwise analogous conditions, it were proximal local to a perturbative gravitational field, instead. 

Cool 4

 The more hermitian that the homotopic dispersion is to be, the more hermitian that the eminently corroborative i*PI(Del)Action will consequently tend to be. 

The more spurious that the homotopic dispersion is to be, the more spurious that the eminently corroborative i*PI(Del)Action will consequently tend to be. 

Through my recent mathematical work, I discovered what should have been an epiphany to me before. By the way, an epiphany is something that should have been really obvious, but it needed to be brought to someone’s attention for clarification. Here is a general example of the basic idea, being in logical support of this epiphany: Let’s say that one were to have an initial Calabi-Yau Manifold, that is here to be differentiating kinematically, in both three different Riemann-Based differential axions & in three different Imaginary-Based differential axions. Next; It’s homotopic dispersion, in the form of a kinetically perturbative homotopic expansion, is to spontaneously have a binary dimensional compactification incurred upon its topological substrate. What this potentially involves, is a binary enhanced tense of isotropic stability, in which one is to eminently go into having both two less Riemann-Based differential axions and two less Imaginary-Based differential axions, yet to where the same general physical operational function of the respective implicit Hamiltonian Topological Manifold is to remain the same, — it’s just that the homomorphic impetus & the angular momentum, of the implicit team of discrete energy, is now to become more succinct in its directional wave-tug, and more trivial isometric in its isotropic vibrational sway. So; In some cases, a dimensional compactification is Not Necessarily directly involving a decrease in the number of present spatial dimensions, — it may often potentially mean a more succinctly aerodynamic angular momentum, that is more restricted in its topological sway, due to the proximal local presence of Kahler-Based Inhibitors, as existent in the Kahler-Based Quotient, to where the implicit team of discrete energy is now to be more of a metaphorical team, by behaving as a more homomorphic and a more isotropically stable set of cohesive energy eigenstates. 

The more isotropically stable that the homotopic expansion is to be enacted as being, the more spontaneously gauge effectual that the projected trajectory of its kinematic propagation, will consequently tend to be locally imparted. 

The general physical condition of Isotropically stable homotopic expansion, often tends to be eminently corroborative, with hermitian homotopic dispersion. 

The general physical condition of Isotropically unstable homotopic expansion, often tends to be eminently corroborative, with spurious homotopic dispersion. 

Hermitian homotopic dispersion, often tends to be eminently corroborative, with the spontaneously gauge effectual projected trajectory, of the related orbifold. 

Spurious homotopic dispersion, often tends to be eminently corroborative, with the lack of effectual gauge-invariance, in the projected trajectory, of the respective related orbifold. 

The general physical condition of Isotropically stable homotopic expansion, often tends to be eminently corroborative, with the presence of gauge-invariance. 

The general physical condition of Isotropically unstable homotopic expansion, often tends to be eminently corroborative, with the lack of gauge-invariance. 

Convergent homotopic dispersion, tends to be eminently corroborative with charge. &; Divergent homotopic dispersion, tends to be eminently corroborative with entropy. 

Hermitian homotopic expansion, tends to be eminently corroborative with convergent homotopic dispersion. Spurious homotopic expansion, tends to be eminently corroborative with divergent homotopic dispersion. 

Convergent homotopic dispersion, tends to work to bear less gauge atrophy, than an otherwise analogous tense of implicitly considered phenomenology, that instead, is to demonstrate a tense of divergent homotopic dispersion. 

Mass-Associated convergent homotopic dispersion, that is heuristically gauged, will often tend to eminently involve, a moving charged microscopic topological entity, that is here to generally be induced, to spontaneously move into the direction of least time. 

Mass-Associated convergent homotopic dispersion, that is metrically gauged, will often tend to eminently involve, a moving charged microscopic topological entity, that is here to generally be induced, to spontaneously move into the direction of least distance. 

Mass-Associated divergent homotopic dispersion, that is heuristically gauged, will often tend to bear gauge atrophy, in its metaphorical effort, to move into the direction of least time. 

Mass-Associated divergent homotopic dispersion, that is metrically gauged, will often tend to bear gauge atrophy, in its metaphorical effort, to move into the direction of least distance. 

Mass-Associated convergent homotopic dispersion, that is heuristically gauged, may often tend to be eminently corroborative, with the general workings, of a kinematically propagated, charged Non Abelian topological manifold. 

Mass-Associated convergent homotopic dispersion, that is metrically gauged, may often tend to be eminently corroborative, with the general workings, of a kinematically propagated, charged Abelian topological manifold. 

Mass-Associated divergent homotopic dispersion, that is heuristically gauged, may often tend to be eminently corroborative, with the general workings, of a kinematically propagated, entropic Non Abelian topological manifold. 

Mass-Associated divergent homotopic dispersion, that is metrically gauged, may often tend to be eminently corroborative, with the general workings, of a kinematically propagated, entropic Abelian topological manifold. 

Cool 3

 The utilization of solar panels, in which light is converted into electrical energy, has the likings of being eminently corroborative, with the general multiplicity of dealing, with a practical application, that uses the Poisson Integral. 

The utilization of electricity to form light, has the likings of being eminently corroborative, with the general multiplicity of dealing, with a practical application, that uses the Green Function. 

The utilization of solar panels, in which light is converted into electrical energy, has the likings of being eminently corroborative, with parametric dimensional compactification. 

The utilization of electricity to form light, has the likings of being eminently corroborative, with parametric dimensional de-compactification. 

Early on in the history of the multiverse, when some of the electromagnetic energy, that was generated into existence, soon after the Big Bang had occurred, was to thereupon become spontaneously converted into electrical energy, that this general occurrence, that again, happened early on in the implicit time line of space and time, was an action of parametric dimensional compactification, that worked to allow for the facilitated development of mass-bearing phenomena, when in conjunction with the primordial Higgs Field, in so as to help, in the furthered evolution of that general space time fabric, that kept being metaphorically tweaked, until physical conditions became what they eventually have become, at this current point in time. 

The photoelectric effect, may often tend to be eminently corroborative, with a given arbitrary genus, of a practical application, of the utilization of the Poisson Integral. Whereas; The Fujikawa Coupling, may often tend to be eminently corroborative, with a given arbitrary genus, of a practical application, of the Green Function. Such inverse physical operations, may often tend to be facilitated, into a tense of induced recursion, to where the presence of light, is to act to facilitate the spontaneously ensuing presence of electrical flow, that is to subsequently act, to facilitate the spontaneously ensuing presence of light, and so forth… . 

The Higgs Field inherently works to help, in the general process of the compactification, of steady state kinetic energy, converted it into mass-bearing energy phenomena. 

Parametric dimensional compactification, often tends to move in the direction of an Abelian light-cone-gauge topology. Parametric dimensional de-compactification, often tends to move in the direction of a non Abelian light-cone-gauge topology. 

Strong parametric dimensional compactification, often tends to be eminently corroborative, to being and or adjusting, to a metric-gauge based Fourier-Related System. Whereas; Strong parametric dimensional de-compactification, often tends to be eminently corroborative, to having a heuristic-gauge based Fourier-Related System.

 Strong parametric dimensional compactification, often tends to be eminently corroborative, with a “pressure-based” Lagrangian-Related Drive. Strong parametric dimensional de-compactification, often tends to be eminently corroborative, with a “puncture based” Lagrangian-Related Drive. 

Cool 2

 The stronger that a hermitian magnetic wave-tug is to be, in a given arbitrary direction, the stronger that the electromotive permittivity will tend to be, in the initially implied direction. Furthermore; the more hermitian, that such a briefly mentioned magnetic wave-tug is to be, for such an implicit Hamiltonian Topological Manifold, the relatively stronger, that its electromotive permittivity, will consequently tend to be. 

The more Yau-Exact, that a given arbitrary kinematically propagated, Hamiltonian Topological Manifold is to be, the more efficiently, that its homotopic residue is to be conserved. 

The more Yau-Exact, that a given arbitrary, Hamiltonian Topological Manifold, is to be, the more harmonically delineated, that its eminently corroborative i*PI(Del)Action, will consequently tend to be. 

Homotopic Expansion, that is performed in a hermitian manner, tends to be operationally orchestrated, in a piecewise continuous way, at the externalized fringes of its eminently associated respective contortion-based symmetry.

A hermitian tense of homotopic expansion, often tends to be eminently affiliated, with a harmonically delineated i*PI(Del)Action. 

An erratic tense of Homotopic Expansion, often tends to be affiliated, with an anharmonic delineated i*PI(Del)Action.

Homotopic dispersion tends to be eminently corroborative, with the i*PI(Del)Action. 

Homotopic dispersion, that is eminently Riemann-Based, tends to be corroborative, with charge generation. 

Homotopic dispersion, that is eminently Rayleigh-Based, tends to be corroborative, with entropy generation. 

Riemann-Based homotopic dispersion, tends to be corroborative, with the coupling of the i*PI(Del)Action, upon a viable tense of angular frequency. 

Rayleigh-Based homotopic dispersion, tends to be corroborative, with the coupling of the i*PI(Del)Action, upon a viable tense of angular momentum. 

Rayleigh-Based homotopic dispersion, often tends to be eminently corroborative, with enhanced heat energy transfer per Kelvin Mole. 

Riemann-Based homotopic dispersion, often tends to be eminently corroborative, with enhanced kinetic magnetism.

 Riemann-Based homotopic dispersion, often tends to be eminently corroborative, with electromotive organization. 

Rayleigh-Based homotopic dispersion, often tends to be eminently corroborative, with electromotive disorganization. 

Electrodynamic systems, that work to bear, a relatively enhanced state, of Riemann-Based homotopic dispersion, will often tend to be fairly efficient, in their eminently corroborative flow of charge. 

Electrodynamic systems, that work to bear, a relatively enhanced state, of Rayleigh-Based homotopic dispersion, will often tend to be fairly inefficient, in their eminently corroborative flow of charge. 

The Poisson Integral, often tends to be eminently corroborative, with the Laplacian-Based extrapolation, of respective metric-related parametric compactification. 

The Green Function, often tends to be eminently corroborative, with the Laplacian-Based extrapolation, of respective metric-related parametric de-compactification. 

Some Good Material

 When a Euclidean/Clifford homotopic expansion, is to bear a spatially parametric compactification, by one genus of complex Euler characterization, the eminently corroborative Hamiltonian Topological Manifold in question, will tend to bear one tensor of inverted concavity, as extrapolated at the Ward-Cauchy-Related level. Furthermore; When a Euclidean/Clifford homotopic expansion, is to bear a spatially parametric compactification, by two genre of complex Euler characterization, the eminently corroborative Hamiltonian Topological Manifold in question, will tend to bear two tensors of inverted concavity, as extrapolated at the Ward-Cauchy-Related level. So, here it is: When a Euclidean/Clifford homotopic expansion, is to bear a spatially parametric compactification, by a denotable scalar genus of complex Euler characterization, the eminently corroborative Hamiltonian Topological Manifold in question, will tend to bear the implicitly proscribed number, of eminently corroborative tensors of inverted concavity, as respectively extrapolated at the Ward-Cauchy-Related level. This is the general case, in the realm of the sub-stringular.

The greater that the scalar amplitude of the Nijenhuis-Based pseudo pressure is to be, of which is here to be spontaneously physically incurred, upon the inherent topological stratum, that is here to be directly affiliated with the net cohomology-related eigenstate, as this is directly appertaining to the physical conditions, of an eminently associated, given arbitrary Hamiltonian Topological Manifold, that it will consequently tend to come to pass, that the more likely that it will thereby inevitably tend to occur, as this is hereby to be imparted, upon the proximal local presence, of its trivially isometric holonomic substrate, that the spontaneously resultant stated incursion, as this is hereby to be taken at the Poincaré level, to the proximal adjutant Gliosis-Based surface, as primordially mappable in torsional curvature, at its externalized topological boundaries, will therefore tend to kinematically induce a general situation, in which there will thence, more than likely, be a reductional implementation, in which one will end up with a type of a physical case scenario, in which the generation of one or more genre of (compactified) inversion tensors, as considered via the inferred denoted Laplacian-Based mappable tracing, that is here to be eminently associated, with the net corroboration, of such an interactive case of physical operation, over the general course of the inferred cohomology-based flow, of the correlative metric-based span, when in conjunction with the respectively denoted covariance in isomorphic-related contortion, as this implicit Laplacian-Based flow, is metrically trekked along such an inferred topological surface, in the general process of the occurrence of its holonomic projected trajectory, that is respectively corroborative to the hereby inherent Chern-Simon’s Flow, that is of its eminently corroborative homotopic expansion.

The more genre of inversion-based tensors, that are to be incurred upon the topological structural setting, of the homotopic stratum, of the inherent cohomology-related internal “permeability,” when in terms of the implicit induction, of the elastic perturbation potential, of the holonomic substrate, of the general phenomenology, of an eminently corroborative Hamiltonian Topological Manifold, the greater that the expectation value will consequently tend to be, that the directly associated implicit team of mass-bearing discrete energy quanta, will thereby bear the likings, of being eminently associated, with a respectively primordial tense, of a dark energy/dark matter genus, of a general consideration, of kinematically propagated energy. 

It may be perceived, in a sense, that homotopic envelopment per kinetic energy, could be considered to be, one, out of a relatively large range of potential genre, of the general types of Fourier-Related-Progression, that may be metaphorically physically orchestrated, in so as to help in the facilitation, of the physical transference, of the general phenomenology, of kinematically propagated eigenstates. 

The greater that the number of genre of inversion tensors is to be, for the eminently corroborative homotopic expansion,  of a directly associated Hamiltonian Topological Manifold, of holonomic substrate; To where this tendency is to be metaphorically mirrored or duplicated, in a general recursive manner of multiplicity, over a relatively deep span of inverse fractal projected trajectory, that it may often consequently tend to thereby occur, that the eminently corroborative space time fabric, that is here to be directly associated with such a general type of a case scenario, will therefore tend to have an increased physical condition of lowered permeability, seeing that the implicit potential vacuum conditions, of such a state of physical phenomenology, will hereupon tend to bear a more compact tense of complex torsional attributes, over the general course of the Laplacian-Based mappable tracing, that is here to tend to work to involve, a relatively more enhanced internalized generation of pseudo pressure, as it is to potentially interact, operationally, with the covariant interactive energy eigenstates, that are brought upon this. 

The more hermitian that the homotopic dispersion, of an eminently associated case, is to be, the more piecewise continuous, that the spontaneously generated i*PI(Del)Action, will consequently often tend to be. 

The closer to Yau-Exact, that a smoothly accelerating, escalating Kahler Hamiltonian Topological Manifold, is to be, the more hermitian, that its eminently corroborative homotopic dispersion, will consequently often tend to be. 

The closer to Yau-Exact, that a smoothly accelerating, escalating Kahler Hamiltonian Topological Manifold, is to be, the more piecewise continuous, that the spontaneously generated i*PI(Del)Action, will consequently tend to be. 

Regions of space time fabric, that work to bear relatively less gauge atrophy, will generally tend to bear more electromotive permeability, than ulterior regions of space time fabric, that instead, work to bear more gauge atrophy. 

A Yau-Exact Kahler Hamiltonian Topological Manifold, will tend to bear a relatively stronger electromotive permeability, than an otherwise analogous Kahler Hamiltonian Topological Manifold, that instead, is not Yau-Exact. 

Topological Hamiltonian Phenomena, that are proximal local to a non perturbative gravitational force, will tend to spontaneously bear, a relatively stronger electromotive permeability, in its covariant interaction with the space time fabric that it is traveling through, than an otherwise analogous implicit Hamiltonian Topological Manifold, that instead, is not proximal local, to a non perturbative gravitational force.