With all due respect, I think you would be flat out incorrect - I know you are not a techie, but perhaps you can post your opinion in the form of a question. The latest patent from 2007 (also now shown on the latest MIT ads) is a great read, and I have also previously posted the voltage/current relationships that these networks attempt to address, based on my reading of that patent (physics says voltage/current will be at perfect phase at exactly one frequency based on their electrical characteristics, and these latest networks attempt to fix this as best as possible with those articulation poles; i.e. they attempt to provide as best a phase relationship at each of the subnetworks tuning frequency (= articulation pole), while also keeping in mind that introducing yet another of these subnets affects all others, and therefore, they all have to be re-tuned); this is what MIT calls power transfer which can be optimal at exactly one frequency in non-networked cables, and their white paper, as Myles suggested, tries to make their technology easier to understand, based solely on physics and electrical engineering. From my perspective, you can't call them on the technology and science - their stuff works to a large degree and is avant garde; you can only call them on the ridiculous pricing. It has also been discussed that some of us feel the effect is most apparent in high-current environments, i.e. speaker cables. You'd be better served calling on other networked cables and what's really inside them.