Ultra Capacitor Plate - Concept.

The goal here was to create extra topology, extra or more surface area for a charge to actually exist on, but in a compact format, a shape one might need to have a lot of electricity stored onto, like a super capacitor is cylindrical. now, there might be two effects, if some electricity is applied, it must follow the now much longer path, filling out all the extra surface area with a voltage.

if we apply a lot more and a much higher voltage, the electricity can now jump all the gaps between the connected waves, and move along the surface way faster and more directly, from the starting point A, the origin, to desired point B, the larger diameter, lower, outer rim. this could make the capacitance variable, as we can either make the path long and hard, or smooth and fast. the crafts hull acts like a waveguide, feels soft like a vibrating skin.

of course we can double its function in orientation as well, creating two similar matching and fitting capacitor plates, shaped like a disc. the depths of the slits could be less and also match the curve of the dome, the slits could be wider or smaller, nano scale perhaps even.materials and fields can be experimented with, etc.

There is still a lot of negative space left to be utilized some other way. we must limit ourselves in order to have some sort of capacitor to ship ratio. could go even more extreme on the surface area as well, by extruding the top of the slits upward more. And If we insulated different angles like separate modules, top and bottom, we could perhaps have more control over which or what goes when where. who knows if this ever comes in handy. more control seems more better.

If the Humming sound gets too loud, we could always insulate the entire capacitor plate again, by placing another sound dampening hull part on the top and bottom as protective cover.