In this review, we provide an account of the recent progress in understanding electronic
transport in disordered graphene systems. Starting from a theoretical description that …

In physics, it is sometimes desirable to compute the so-called density of states (DOS), also
known as the spectral density, of a real symmetric matrix A. The spectral density can be …

The conduction properties of graphene were tuned by tailoring the lattice by using an
accelerated helium ion beam to embed low-density defects in the lattice. The density of the …

We investigate a family of hexagonal 2D covalent organic frameworks (COFs) with phenyl
and biphenyl spacer units and different chemical linker species. Chemical trends are …

We show with angle-resolved photoemission spectroscopy that a new energy band appears
in the electronic structure of electron-doped hydrogenated monolayer graphene (H …

This article attempts a point-by-point review of the electron spectrum of graphene containing
defects (adsorbed atoms, substitutional atoms, vacancies) that can be adequately described …

We report, how the indirect exchange interaction J RKKY (R) between magnetic moments at
a distance R in graphene depends on nonmagmetic disorder strength W and gate voltage …

We study Anderson localization in graphene with short-range disorder using the real-space
Kubo-Greenwood method implemented on graphics processing units. Two models of short …

We elucidate the reduction of the winding number caused by the on-site disorder in a next-
nearest-neighbor XY model. When disorder becomes strong enough, Majorana edge modes …

We investigate the effects of nonmagnetic disorder on the Ruderman-Kittel-Kasuya-Yoshida
(RKKY) interaction in graphene by studying numerically the Anderson model with on-site …