Figure 5
From: Tunable odd-frequency triplet pairing states and skyrmion modes in chiral p-wave superconductor
Spatial distributions for the local electron density and pairing amplitudes concerned are examined in an atomic length scale. (a,b) LDOS spectra for the odd-frequency triplet s- and d-wave pairings induced in a chiral p-wave superconductive disk under a single vortex with vorticity ν = 1 at r = 0 and a non-magnetic potential barrier at R/2. (c,d) Spatial dependence of LDOS N(r, E) (red lines), triplet s-wave amplitude T s (r, E) (black lines), p-wave \({T}_{{p}_{\pm }}(r,E)\)(green lines and blue lines), triplet d-wave amplitude T d (r, E) (pink lines) and amplitude of mixed s-wave and p +-wave(blue dot and dash lines) for the zero-energy bound state (c) and the second lowest-energy bound state (d), respectively.
