This brief review discusses electronic properties of mesoscopic graphene-based structures.
These allow controlling the confinement and transport of charge and spin; thus, they are of …

Graphene edges determine the optical, magnetic, electrical, and electronic properties of
graphene. In particular, termination, chemical functionalization and reconstruction of …

The strong interest in graphene has motivated the scalable production of high-quality
graphene and graphene devices. As the large-scale graphene films synthesized so far are …

Interfaces play a key role in low dimensional materials like graphene or its boron nitrogen
analog, white graphene. The edge energy of hexagonal boron nitride (h-BN) has not been …

The morphology of graphene is crucial for its applications, yet an adequate theory of its
growth is lacking: It is either simplified to a phenomenological-continuum level or is overly …

The precise control of the edge geometry and crystal shape of monolayer MoS2 is of
particular importance for their application in nanoelectronics and photoelectro catalysts …

To grow precisely aligned graphene on h-BN without metal catalyst is extremely important,
which allows for intriguing physical properties and devices of graphene/h-BN hetero …

The presence of defects in graphene has an essential influence on its physical and chemical
properties. The formation, behaviour and healing of defects are determined by energetic …

The energy of an arbitrary graphene edge, from armchair (A) to zigzag (Z) orientation, is
derived in analytical form. It contains a “chemical phase shift” determined by the chemical …

Graphene is a fashionable material in the realm of nanotechnology, but its potentials are
somehow misunderstood. Although a defect-free flat graphene looks perfect with …