Quantum and transport conductivities in monolayer graphene

The influence of the transition parameter between the impurity and graphene levels in the following ways: a closer transition energy for two levels to each other causes

Moreover, due to the specific electron dispersion of graphene near the Dirac point, the vibrational and electronic structures of graphene systems were probed with the use of

PHOTORESONANCE LINEWIDTH AND ELECTRON MOBILITY An independent source of information on the value of the scattering cross section of an electron by vapor molecules are the measured

(a) Linear optical absorption of the stacked CVD graphene monolayer samples at 1550 nm; (b) RMS roughness; (c) Raman spectrum of the transferred graphene monolayer sample;

The extension of these applications to a fermionic transport system (a quantum point of a level coupled to two electron reservoirs) was studied, showing the influence of

As a result, the conductivity tensor can be significantly affected by the Berry curvature effect in rela- tively low electron density samples in which the Fermi level is around the

In this Letter we show that even for small electron-phonon coupling, , the true spectrum in graphene in a perpendicular quantizing magnetic field develops a fine structure in the

With this in mind, we examine the effect of electron-electron interactions on the electronic structure of our atomistic carbon quantum dot, showing how it can be reshaped by realistic