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We consider chiral electrons moving along the 1D helical edge of a 2Dtopological insulator and interacting with a disordered chain of Kondoimpurities. Assuming the electron-spin couplings of random anisotropies, we mapthis system to the problem of the pinning of the charge density wave by thedisordered potential. This mapping proves that arbitrary weak anisotropicdisorder in coupling of chiral electrons with spin impurities leads to theAnderson localization of the edge states.

Localization at the Edge of 2D Topological Insulator by Kondo Impurities with Random Anisotropies