Charge delineation tends to be more aerodynamic, and more efficient as well, when under the proximal local influence of anti gravity, than when in consideration of an otherwise analogous situation, of which, instead, is under the proximal local influence of heuristic gravity.
Charge delineation, that is isotropically stable, when under the proximal local presence, of a viable tense of anti gravitational force, tends to be relatively more effective, than the general workings, of an otherwise analogous tense of generative charge delineation, that instead, is neither isotropically stable, and/or, if it is to here to be proximal local, to a viable tense of heuristic gravitational force.
Relatively effective charge delineation, tends to be more fastidious in its piecewise continuity, than an otherwise analogous tense of charge delineation, that instead, is not as eminently effective, in the general course of its implicit Yau-Exact import.
When the covariant proximal regional presence, of a tense of artificially generated charge delineation, is here to be relatively enhanced, when in terms of the fastidious physical conditions, of its piecewise continuity, that such a generally consequential implicit set, of enhanced Yau-Exact conditions, will generally make for a general type of a physical situation, in which those of whom are to potentially be operating such an implicit Hamiltonian Fourier-Related System, will consequently have an enhanced capacity, to be able to possibly have a more specific capability, of controlling to more of an exact degree or measure, as to the specific energy impartations, that may be potentially incurred, in the general process, of operating such an implicit Hamiltonian Fourier-Related System.
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