Homeomorphic Noether-Based Current -- Stronger Electrical Current

 The more homeomorphic that the Noether-Based Current is to be, as appertaining to the flow of a given arbitrary covariant set of electrons, as such a said flow of electrons (electricity) -- which is here to be physically transferred, through a respective given arbitrary electrical circuitry -- the stronger that the consequentially resultant directly corresponding current of electricity will therefore tend to be. (SAM).

Even more intrinsically: The more homomorphic that the Noether-Based Current is to be, as appertaining to the flow of a given arbitrary covariant set of electrons, as such a said flow of electrons (electricity) -- which is here to be physically transferred, through a respective given arbitrary electrical circuitry -- the stronger that the consequentially resultant directly corresponding current of electricity will therefore tend to be. (SAM).

Electricity Of Low Impedance

 Electricity of low impedance (low resistance), tends to conduct well, — specifically speaking here, in Majorana-Weyl-Invariant-Mode sub-atomic-related structures. TO Be CONTINUED! Sincerely, SAMUEL DAVID ROACH. (1989).

A General Genus Of An Isometric Covariant Yukawa Coupling

When a physical charge is to work to bear a Yukawa Coupling with a force-field, -- in a manner that is isometric in covariance, such a general genus of an interaction, is to tend to consequently work to form a certain amount of an electrostatic discharge, -- which is here to consequently tend to work to form at least a small amount of resultant electricity. Electricity is a flow of electrons.  Electrons bear mass.  Consequently; when a charge is to interact with a force-field in the particular general manner that I have described, this will tend to form at least a small amount of an electrostatic tense of mass. Sam Roach.