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- W3136263024 abstract "One-dimensional (1D) hole gas confined in a cylindrical Ge nanowire has potential applications in quantum information technologies. Here, we analytically study the low-energy properties of this 1D hole gas. The subbands of the hole gas are two-fold degenerate. The low-energy subband wave-functions are obtained exactly, and the degenerate pairs are related to each other via a combination of the time-reversal and the spin-rotation transformations. In evaluating the effective $g$-factor of these low-energy subbands, the orbital effects of the magnetic field are shown to contribute as strongly as the Zeeman term. Also, near the center of the $k_{z}$ space, there is a sharp dip or a sharp peak in the effective $g$-factor. At the site $k_{z}=0$, the longitudinal $g$-factor $g_{l}$ is much less than the transverse $g$-factor $g_{t}$ for the lowest subband, while away from the site $k_{z}=0$, $g_{l}$ can be comparable to $g_{t}$." @default.
- W3136263024 created "2021-03-29" @default.
- W3136263024 creator A5075559362 @default.
- W3136263024 date "2021-07-05" @default.
- W3136263024 modified "2023-09-27" @default.
- W3136263024 title "Low-energy subband wave-functions and effective g-factor of one-dimensional hole gas" @default.
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- W3136263024 doi "https://doi.org/10.1088/1361-648x/ac0d18" @default.
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