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arXiv 1901.06649cond-mat.mes-hallhep-th
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凯恩费米子气体低频磁光电导

Magneto-optical Conductance of Kane Fermion Gas in Low Frequencies

Xi Luo, Yu-Ge Chen, Yue Yu

摘要:

凯恩费米子是赝自旋为1的狄拉克费米子的对应物。由于朗道能级中存在一串无带隙模,凯恩费米子气体的磁输运性质与狄拉克半金属的磁输运性质有很大不同。我们计算了凯恩费米子气体的磁光电导。我们发现,这些无隙模式将有助于在低频的一系列共振峰。我们发现,这些峰可以解释低频吸收光谱在最近的实验中的凯恩费米子材料Hg $_{1-x}$ Cd $_x$ Te。

英文摘要:

Kane fermion is the counterpart of the Dirac fermion with pseudospin-1. Due to the existence of a bunch of gapless modes associated with Landau levels, the magnetic transport property of Kane fermion gas is very different from that of the Dirac semimetal. We calculate the magneto-optical conductance of the Kane fermion gas. We find that these gapless modes will contribute to a series of resonant peaks in low frequencies. We find that these peaks can explain the low frequency absorbance spectrum in a recent experiment for the Kane fermion material Hg$_{1-x}$Cd$_x$Te.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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