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New Type of Quantum Oscillations Stemmed From the Strong Weyl Fermions - 4f Electrons Exchange Interaction

The interplay between magnetism and the topology of electronic band structure may generate new exotic quantum states. Here we report on a new type of quantum oscillations in the temperature dependent electrical resistivity and specific heat at a constant magnetic field in a polar magnetic Weyl semimetal (WSM) NdAlSi. These novel quantum phenomena arise from the destructive interference between quantum oscillations from the spin-split Fermi surfaces due to the strong Weyl fermions-4f electrons exchange interaction combined with Rashba-Dresselhaus (RD) and Zeeman effects. Our findings pave a way to explore unprecedented quantum phenomena in 4f-electron based magnetic semimetals.

preprint2022arXivOpen access
Jin-Feng WangQing-Xin DongYi-Fei HuangZhao-Sheng WangZhao-Peng GuoZhi-Jun WangZhi-An RenGang LiPei-Jie SunXi DaiGen-Fu Chen
cond-mat.mtrl-sci
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Open access11 authors1 topic
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Jin-Feng WangQing-Xin DongYi-Fei HuangZhao-Sheng WangZhao-Peng GuoZhi-Jun WangZhi-An RenGang LiPei-Jie SunXi DaiGen-Fu Chen

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