From: Ken Deboer
> I wonder if the recent finding by a Rice Univ. group "Riemann surfaces of > carbon as graphene nanosolenoids") would be of interest. They found a 1T > field induced by very low voltage in spiral graphene nanoparticles That is an interesting suggestion, since one T. is arguably possible to achieve as a surface effect with NIB. We have talked about similar things here before under the heading of “ring current”. If ting current showed up in a spiral structure or graphene, then a net potential difference could show up. In short, there is adequate evidence that many forms of carbon which are based on a 6 carbon ring structure (which is most of them) will exhibit some degree of “local HTSC” (only local) and this is due to lossless current flow around the rings… which is known as ring-current. This provides a strong antiferromagnetic effect to the substrate. I wonder if Robert Murray-Smith has used magnets in this regard? It could be a way to accentuate or augment the chemical (double layer) self-charging effect. Jones
