Antisymmetric of Conductance in Bias Splitting

Abstract

Conductance asymmetry was studied using continuous change in the bias splitting. Zero bias conductance was obtained. Determination of excitations in magnetic topological insulator provided control parameter i.e. bias split. Conductance signals were created by trivial Andreev levels magnetic topological insulator, which were centrally proximitized. It was found that in presence of non-trivial state the conductance was found antisymmetric. It was presented that interface varied with bias splitting. It was found that when potential was applied the creation of super conductance was obtained. Total conductance was obtained. Total conductance was antisymmetric around completely unbalanced bias splitting.