I can imagine the signal propagation velocity is SS is way smaller than copper , need to find its % of C (speed of light).
Goal of this is to see how low we can go with frequency to make a standing voltage wave using SS.
very relative question i would say
this is what i see..(doesnt mean im right) just painting the canvas with some imagination..
each wind around the inductive core is giving 2 things.. leverage for volts kinda like how a block pulley ups it picking up ability with each additional loop around the blocks.. and you are gaining volume(capacitance) for the charge.. so thats like upping your gallons of air for a air compressor for storing potential as well??? resonance is having your emf pumping action in tune to where its creating equivalent vacuum and electron pressure in relative time. its all balance. the C (constant of light) will very depending on emf.. the faster the alternator version turns the faster the ligt and electrons.. the frequency is like a clutch in a sense.. the higher frequency is like letting off the clutch all the way.. and the lower is like making it slip.. for 6-1 its all about the turbulent amps passing threw the primary?
so all in all i dont think the resistance is gonna hurt.. it keeps the cell from getting jerky boosts in voltage reducing the possibility for ark in the micro cap.
its semiconducting capabilities enhance the passing of positive light potential?? for its bidireactional trade off???
it may be .001 amps but i am gonna say you stil have around half the count of electrons passing one given point.. its just unreadable with meters because its non turbulent displacement.. meaning the electrons and light bidirectionaly trade off's are in perfect unison