Carbon nanotubes (a sort of tubular graphene discovered in 1991) would anchor a space elevator and transform microelectronics.
The sorting of CNTs and graphenes with proper energy levels or bandgaps should, thus, be developed further.
Different sorts of nanomaterials like graphene, nanotubes, silica-based NPs, metallic NPs, TiO2 and ZnO have shown excellent sensing performance in both sensitivity and selectivity with an extremely lower limit of detection (LOD) [14, 15, 16].
This loose arrangement of sheets is a sort of deformation of the structure that can improve the dispersibility of graphene in a water medium.
This is relevant to efforts of using DNA to sort carbon nanotubes, which may be thought of as folded up sheets of graphene [1] [3], DNA sequencing using graphene [4], and DNA sensing with carbon nanotubes [5], [6], chemically-converted graphene [7], and graphene [8] [10].
Like graphite, graphene is entirely composed of carbon atoms and 1mm of graphite contains some 3 million layers of graphene.
"The idea of graphene, something so small, being a catalyst.
The discovery and creation of graphene was only the beginning.
As such, potential applications of graphene appear myriad.
