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Making use of the isospectrality of Supersymmetry transformations, we proposea general and high-fidelity method to prepare gapped topological modes indiscrete systems from a single-site excitation. The method consists ofadiabatically connecting two superpartner structures, deforming the input stateinto the desired mode. We demonstrate the method by pumping topological statesof the Su-Schrieffer-Heeger model in an optical waveguide array, where theadiabatic deformation is performed along the propagation direction. We obtainfidelities above $F=0.99$ for a wide range of coupling strengths when pumpingedge and interface states.

High Efficiency Topological Pumping with Discrete Supersymmetry Transformations