Tangential/Co-Tangential Heuristic Pulsation

 When a gravitational-related force, is to be applied upon a Hamiltonian Operator: The potential physical application of Anti Gravity, often tends to have a relatively high probability, of working to incur a tangential heuristic pulsation, upon the general topological manifold, of such a stated Hamiltonian Operator. Whereas; The potential physical application of heuristic Gravity, often tends to have a relatively high probability, of working to incur a co-tangential heuristic pulsation, upon the general topological manifold, of such a stated Hamiltonian Operator. TO BE CONTINUED! SINCERELY, SAM ROACH.

Eminent Covariant Co-Tangential/Tangential Wave-Tug Of Pressurized Vacuum

 The multiplicity of Ward-Cauchy-Related charges, that are of the opposite chirality, tend to be eminently associated, with the general tense of a covariant co-tangential wave-tug of pressurized vacuum, of which tends to work to attract such charges (opposite charges tend to attract each other). Whereas; The multiplicity of Ward-Cauchy-Related charges, that are of the same chirality, tend to be eminently associated, with the general tense of a covariant tangential wave-tug of pressurized vacuum, of which tends to work to repel such charges (like charges tend to repel each other). CONTINUED LATER! SINCERELY, SAMUEL DAVID ROACH. (1989).

Convergent/Divergent Holomorphic Transfer -- Back To Basics

 A convergent holomorphic transfer has the general tendency, of being affiliated with a co-tangential tense of a relationship. Whereas; A divergent holomorphic transfer has the general tendency, of being affiliated with a tangential tense of a relationship. I WILL CONTINUE WITH THE SUSPENSE LATER! SINCERELY, SAMUEL. 

Holomorphic Transfer, Involving Either A Clifford Expansion Or A Euclidean Expansion

 Holomorphic Transfer, involving a Clifford Expansion, may often tend to work to bear a means of being mathematically expressed, by utilizing a hyperbolic co-tangential angle. Whereas; Holomorphic Transfer, involving a Euclidean Expansion, may often tend to work to bear a means of being mathematically expressed, by utilizing a heuristic co-tangential angle. I WILL CONTINUE WITH THE SUSPENSE LATER! SAM.

Please let me elaborate, upon my immediately prior oversimplification:

Let's Metaphorically say, that you were a physical entity, of a general type of Ward-Cauchy-Related phenomenology. Let's now say, that "you" were the multi-dimensional phenomenology, that things were being drawn towards, as taken in a respective multi-dimensional manner, over a potentially relatively brief duration of time. Let's next stipulate, that, from an Immediately Externalized Reference-Frame, from the Poincare level of your covariant state of phenomenology, that you are being transferred, (you are moving, here), from one spot to another, as this relatively simplified metaphorical example, is here being mentioned. The "holomorphic transfer," of which is here to be directly involved, with the Symbolic "you," as a moving "co-tangential bundle," is, in this particular type of a Metaphorical case scenario, to often be in need, of utilizing hyperbolic trigonometric functions, in the process of working to mathematically describe, the workings of such a said "transfer." This general genus, of a Metaphorical case scenario, works to describe, a tense of a holomorphic transfer, involving a Clifford Expansion. Whereas; The "holomorphic transfer," of which is here to be directly involved in such a case, to where if instead, you, as the Symbolic "co-tangential bundle," were Not moving, at an immediately external perspective, from your Metaphorical reference-frame, would often tend to be in need, of utilizing heuristic trigonometric functions, in the process of working to mathematically describe, the workings of such a said "transfer." This second just mentioned general genus, of a Metaphorical case scenario, works to describe, a tense of a holomorphic transfer, involving a Euclidean Expansion. I hope that I have now made this much clearer, with an example. Sincerely, Samuel David Roach. 

Co-Tangential Wave-Tug/Tangential Wave-Tug

 Discrete energy permittivity, may often tend to work to bear a co-tangential wave-tug, upon its immediately external Ward-Cauchy-Related Environment, Whereas; Discrete energy impedance, may often tend to work to bear a tangential wave-tug, upon its immediately external Ward-Cauchy-Related Environment. I WILL CONTINUE WITH THE SUSPENSE LATER! TO BE CONTINUED! SAMUEL.

Co-Tangential Versus Tangential Pressurized Vacuum

 Co-Tangential directed pressurized vacuum, tends to be inclined to tug inward, upon the topological field-density of those discrete eigenstates, that are here to be related to a Ward-Cauchy-related tense, of physical phenomenology; whereas, -- Tangential directed pressurized vacuum, tends to be inclined to tug outward, as a force-like entity that is here to be projected externally, in so as to be drawn away from the general proximal locus of the topological field-density of those discrete eigenstates, that are here to be related to a Ward-Cauchy-related tense of physical phenomenology. SAM ROACH. (PINCKNEY, MICHIGAN).

Co-Tangential And Tangential Flow

Let us initially consider here, in this case scenario, that a given arbitrary physical phenomenon, of a given arbitrary tense of a holonomic substrate, -- is to be spatially translated into the relative forward-holomorphic direction.  IF such a set phenomenology is to be in the process of a tense of physical "scattering," then it follows, that; A Co-Tangential Flow tends to be more associated with a Riemann Scattering; Whereas, a Tangential Flow tends to be more associated with a Rayleigh Scattering. SAM.