Science news articles about 'planar geometry'

... devices and applications. In that respect it's as promising as carbon nanotubes — but graphene's planar geometry is potentially even more versatile." Crommie says, "Because graphene is two- ...

... that graphene's two-dimensionality lends itself to existing device architectures based on planar geometries. Attempts with current nanofabrication standards such as lithography and plasma etching, ...

... , wind or wave energy than current technologies permit. Because of graphene's planar geometry, it may be more compatible with conventional electronic devices than other materials, including the much ...

... 's thinnest elastic material and displays exceptional mechanical and electronic properties. Its one-atom thickness, planar geometry, high current-carrying capacity and thermal conductivity make it ...