Replacing the Sixty Grounding Rods of Clarence's B&L Replication with Aluminum – Iron, NIN Capacitor

What if the two sets of grounding rods were replaced with multiple capacitor plates? And what if these plates were alternately made of aluminum versus iron representing the input versus the output voltage, respectively - just like the anode / cathode of a similarly constructed P-N diode used by Bruce Perreault in his Aerial Captor? And what if the dielectric between the plates were copper wound bifilar pancake coils connected in series and their whole stack were to be closed looped end-to-end making their entirety a floating coil not connected to anything other than themselves? Each iron plate is connected to every other iron plate in series. The aluminum plate is connected to the input ground connection (analogous to the four grounding rods of Clarence's B&L replication). The whole set of iron plates are connected to the output ground connection leading to the Captor Loop surrounding the Electric Keeper. This latter set of iron plates represents the 56 grounding rods of Clarence's replication. This, then, should constitute a capacitor of sorts, arranged like a diode pushing electrons towards the Electric Keeper?

Hysteresis is a property of a magnetizable substance that remembers its magnetic state prior to the present moment. This is what makes iron so suitable for making into magnets and so unsuitable for making magnets out of aluminum and copper. Yet, both aluminum and copper can become slightly magnetized, but their memory of having been magnetized is not so good as is the memory of iron (should the magnetic influence go away). Plus, aluminum wants to shoo away any magnetism while copper wants to embrace it. It's this distinguishing characteristic of iron, and other ferromagnetizable substances, that will cause the right side of the NIN capacitor, depicted below, to gather up a magneto-motive force greater than the left side. This will translate (convert/transduce) into a greater electro-motive force on the right side giving it a higher voltage than the left. The neon bulb will polarize the Captor Loop in such a way that amperage will flow around and induce amperage in the Captor Loop to power the load (over to the left hand side of the diagram, below.

By the way, this is why Clarence had to use copper-plated steel grounding rods, because without the thin copper layer on top of the iron and adjacent to the silicate soil, the iron would not bond with the silicate soil sufficiently enough to make an electrical contact.