Permeability Nature

 Materials with a strong dielectric constant, may often tend to bear a relatively low electromotive permeability, due to a potentially enhanced tense of innate electromotive resistivity. 

Permeation

 (As taken from the vantage perspective, of the relative forward holomorphic direction, in lieu of the Lagrangian-Based Expansion): Super Strings tend to excel, at exhibiting a strong tense of fractal modulus. And; The pressurized vacuum that super strings tend to travel through, tends to excel, at exhibiting a strong tense of elastic modulus.

Since frequency is the inverse of time, and thought is the inverse of space, velocity may be said, to be the inverse of the coupling, between thought and time. 

Spatial frequency may be thought of, as being velocity, and space coupled with time, may be considered to be a form of pulsation. 

Space coupled with time, as considered per kinetic energy, may be thought of, as being akin, to the likings, of Fourier-Related-Progression.

The contortion based symmetric action, that is eminently corroborative, with the flow of energy permittivity, may be thought of, as being akin, to the likings, of homotopic transfer. 

The contortion based symmetric action, that is eminently corroborative, with the flow of energy impedance, may be thought of, as being akin, to the likings, of homotopic restraint. 

The kinematic propagation of wave development, may be thought of, as being space time, per Lagrangian based motion. 

Fourier-Related-Progression, may be thought of, as being akin, to the kinematic propagation, of wave development. 

Both strong discrete energy permittivity & low space time fabric viscosity, tend to work to facilitate the capacity for strong space time permeation. This is in terms of what is more commonly known of, as being strong permeability. 

Lowered entropy, often tends to spontaneously result, in increased space time permeability. Therefore; lowered energy of heat transport, per Kelvin Mole, tends to spontaneously result, in increased space time permeability. 

Crystals 2

 The smooth double helix related windings of the DNA molecule, make it behave as analogous to a relatively good example of an isotropically stable crystal. 

The most redactional heuristic manner, of the fundamentally basic way, that covariant associated DNA strands are to wind around each other, particularly when this is of a non perturbative case scenario, tends to work to bear an optimal case of homotopic conservation, in the generation of its eminently corroborative homotopic transfer, as taken at a Laplacian. This works to facilitate, the primal physical capacity, of optimally sound isotropic stability, in the covariant inter relationship between pairing nucleotides, in so as to provide a reductional basis, by which information of life traits, in biological beings, may thereby tend to be optimized, in their potential capability, of being stored, communicated, expressed, and or being otherwise effectual. As you’re starting to see, There is a metaphorical method to my madness! To Be Continued!!!

Editorial: Just as there are five reductional types of nucleotides, and present computer systems involve a binary code involving ones and zeros; What If, a more advanced computer system, were to potentially involve the following:

1) 1

2) 0

3) -1

4) i

5) -i