Figure 9
From: Detection of Majorana fermions by Fano resonance in hybrid nanostructures
The comparison with other cases.(a) The conductance curve of the case ε M =0, Γ L2=Γ R2=t 2=0. (b) The conductance curve of the case Γ L2=Γ R2=0. The bias voltage V b between the two leads is set as \(\mu _{L}=\varepsilon _{\mathrm {F}}+\frac {eV_{b}}{2}\) and \(\mu _{R}=\varepsilon _{\mathrm {F}}-\frac {eV_{b}}{2}\). t 2=1.0, ε M =2.0. Other parameters: Γ L1=Γ R1=0.5, ε 1=ε 2=0. (c, d) The conductance for each process: G ET is the conductance from electron teleportation process, G LA is the conductance from local AR process, and G CA is the conductance from CAR process. (c) Γ L2=Γ R1=0 and (d) Γ L2=Γ R1=0.5. Other parameters: Γ L1=Γ R2=0.5, ε M =2.0, ε 1=ε 2=2.0. The coupling strength between the quantum dot and the MBS t is set as the unit of energy.