Graphene nanoelectronics-moving forward

In 2004 Novoselov Geim and co-workers at the University of Manchester fabricated graphene by mechanical exfoliation. Many extraordinary properties have been reported such as extremely high electron mobility. More importantgraphene with a monolayer of carbon atoms arranged in a two-dimensional honeycomb lattice exhibits a variety of transport phenomena that are characteristic of 2D Dirac fermions such as specific integer and fractional quantum Hall effects ambipolar behavior. Graphene has been considered a promising candidate material for post-silicon electronics and likely to have the greatest impact on geometric scaling in semiconductors due to its high mobility. The nanoelectronics with graphene have been studied widely. However there are few books discussed graphene digital devices and radio frequency (RF) devices comprehensively and presented the latest advancements in these fields. the book presents the critical progress of science and technology of graphene nanoelectronics. We believe the book will bring comprehensive and valuable information on graphene nanoelectronics and help their developments.