Tellurium nanowires exhibit a resistance-driven transition between Fabry-Perot interference and Coulomb blockade, with measured in-plane g=1.18, out-of-plane g=18.41, and spin-orbit gap of 0.864 meV.
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Fabry-Perot Interference, g-factor Anisotropy, and Gate-Tunable Quantum dot in Chiral Tellurium Nanowires
Tellurium nanowires exhibit a resistance-driven transition between Fabry-Perot interference and Coulomb blockade, with measured in-plane g=1.18, out-of-plane g=18.41, and spin-orbit gap of 0.864 meV.