The world of nanomaterials is complex; there is dubiety as well as unrealistic optimism about
costs, practicality, timing for the availability of, and the true capabilities of products featured …

In this manuscript the effect of an opening gap on the dwell time corresponding to the
electronic tunneling in graphene is explored. It is shown that tunneling time of quasiparticles …

We have derived the key WKB relations and the wave function for graphene, α− T 3
materials, dice lattice, and some others. Now it is crucial to understand how all these results …

Motivated by the idea that high-quality graphene always produces innovative aspects of
physics. In this outline, a novel class of two-dimensional (2D) assembly namely thickness …

Fabrication of atomically thin pn junctions has proved to be a challenging job as the
conventional processes such as ion implantation and doping for the realization of p and n …

Graphene and silicene are promising 2D materials for designing next generation transistors,
owing to their unusually high electron mobility, thermal conductivity and flexibility. In this …

We present a Hamiltonian which can be employed to explain a condensed matter system,
such as Graphene, with effectively massless and zero energy states. We analyze the 2D …

We present a non-hermitian Hamiltonian which can be employed to explain a condensed
matter system with effectively massless and zero energy states. We analyze the 2D …

We study the quantum tunneling of non-relativistic electrons for two dimensional condensed
matter systems. We employ the Levy-Leblond equation (which is the analogue of the Dirac …