“…1,2 Based on these nanowires, functional nanodevices, such as field effect transistors, [3][4][5] optoelectronic detectors, [6][7][8] solar cells, 9,10 light-emitting diodes, [11][12][13] and gas sensors, 14,15 have been designed and fabricated. These III-V semiconductor nanowires, especially those with narrow band gaps, have also been used to construct hybrid quantum structures for the study of novel physics phenomena such as Majorana bound states in topological superconducting systems.…”