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Comment on "Effective of the q-deformed pseudoscalar magnetic field on the charge carriers in graphene"

Angel E. Obispo, Gisele B. Freitas, Luis B. Castro

Abstract

We point out a misleading treatment in a recent paper published in this Journal [J. Math. Phys. (2016) 57, 082105] concerning solutions for the two-dimensional Dirac-Weyl equation with a q-deformed pseudoscalar magnetic barrier. The authors misunderstood the full meaning of the potential and made erroneous calculations, this fact jeopardizes the main results in this system.

Comment on "Effective of the q-deformed pseudoscalar magnetic field on the charge carriers in graphene"

Abstract

We point out a misleading treatment in a recent paper published in this Journal [J. Math. Phys. (2016) 57, 082105] concerning solutions for the two-dimensional Dirac-Weyl equation with a q-deformed pseudoscalar magnetic barrier. The authors misunderstood the full meaning of the potential and made erroneous calculations, this fact jeopardizes the main results in this system.

Paper Structure

This paper contains 23 equations, 2 figures.

Figures (2)

  • Figure 1: Plots of the magnetic field $B(x)/B_{0}$ versus $x/2d$, for $q=0.1$ (dot-dashed line), $q=0.3$ (dashed line) and $q=1.0$ (solid line).
  • Figure 2: Plots of the effective potential $W_{-}(x)$ versus $x$, for $q=0.1$ (dot-dashed line), $q=0.3$ (dashed line) and $q=1.0$ (solid line).