Erratum: Mixed-pairing superconductivity in $5d$ Mott insulators with antisymmetric exchange: Application to ${\mathrm{Sr}}_2{\mathrm{IrO}}_4$ [Phys. Rev. B 96, 205156 (2017)]

Figure 3

(a) Fermi-surface energy contours (solid lines): blue (red) represents the band with $\xi =-1(\xi =+1)$; the dashed lines indicate the node structure of the gap function. (b) Constant contours of energy (spectral function) for the superconducting state on the $(k_x,k_y)$ plane at $\omega =0.1t_0$. The small pockets, $A,A^{\prime },...$, which appear around the nodes in the spectral function, moderate the scattering wave vectors. (c) The absolute value of the total quasiparticle interference (QPI) spectrum on the $(q_x,q_y)$ plane, corresponding to the spectral function in (b). Note: The range of plots in (a)–(c) and (e) is $[-\pi ,\pi ]$. (d) The QPI intensity along the $(0,0)-(\pi ,\pi )$ direction for inter- (intra-) band scatterings in the upper (lower) panel. The peaks (1–6) are related to the main scattering vectors, namely, 1: $AD$ and $A^{\prime }{D}^{\prime }$, 2: $B{B}^{\prime }$ and $C{C}^{\prime }$ (umklapp scattering), 3: $AA,A^{\prime }{A}^{\prime },DD,D^{\prime }{D}^{\prime }$, 4: $BB,B^{\prime }{B}^{\prime },CC,C^{\prime }{C}^{\prime }$, and finally, 5: $BB,B^{\prime }{B}^{\prime },CC,C^{\prime }{C}^{\prime }$ and 6: $AA,A^{\prime }{A}^{\prime },DD,D^{\prime }{D}^{\prime }$ for umklapp scatterings, and (e) represents the direction of the ${\widehat{g}}_{\mathbf{k}}(\pm \widehat{z})$ in the entire Brillouin zone, here yellow/blue correspond to ${\widehat{g}}_{\mathbf{k}}=\pm \widehat{z}$.