Graphene—two-dimensional carbon—is a material with unique mechanical, optical,
chemical, and electronic properties. Its use in a wide range of applications was therefore …

Topological phases of fermions in two dimensions are often characterized by chiral edge
states. By definition, these propagate in opposite directions at the two parallel edges when …

A new one-step method for the preparation of graphene oxide (GO) nanostructures has
been developed by pulsed laser ablation in GO solution. The formation of different shapes of …

A one-step synthesis of graphene quantum dots (GQDs) has been implemented using
pulsed laser ablation (PLA) with carboxyl-functionalized multiwalled carbon nanotubes …

Using non-equilibrium Green's function, we study the spin-dependent electron transport
properties in a zigzag silicene nanoribbon. To produce and control spin polarization, it is …

We investigate the propagation of waves in one-dimensional systems with Lévy-type
disorder. We perform a complete analysis of nonrelativistic and relativistic wave …

Oxo‐graphene nanoribbons (oxo‐GNRs) can be prepared by the oxidative unzipping of
single‐walled carbon nanotubes. We present an orthogonal functionalization method for the …

We investigate the propagation of electronic waves described by the Dirac equation subject
to a Lévy-type disorder distribution. Our numerical calculations, based on the transfer matrix …

Line defects (LDs) in borophenes, which occur at the interface between two different boron
sheets, have garnered considerable interest. Motivated by recent advancements in the …

Using the tight-binding approach we study the electronic transport in a MoS 2 zigzag ribbon
with a spatially varying potential profile. Considering a ribbon with a smooth potential step in …