TGD Based Model for Graphene Superconductivity

Abstract

Cao et. al. have found that a system consisting of two parallel graphene layers rotated  with respect to each other by a critical twist angle of 1.1 degrees becomes a Mott insulator behaving like single unit rather than  two weakly interacting conductors. The application of electric field  transforms  the system to a super-conductor. This finding is believed to be  highly significant concerning the understanding of high T_c super-conductivity. The finding motivates the development of  a model of  Mott insulators based on TGD based views about valence bond  inspired by  the identification of  dark matter as h_eff/h = n phases of ordinary matter emerging naturally in adelic physics. This allows to develop in more detail  also  the TGD based  model of high T_c super-conductivity.