Super-Klein Tunneling in a Black-Phosphorus-Based N–P Junction Modulated by Linearly Polarized Light

We investigate the role of the black-phosphorus-based n-p (BP-np) junction modulated by linearly polarized light (LPL) in governing the quantum transport behaviors. Following the analysis of the band structures, we find that the LPL can adjust the gap between the conduction and valence bands by redu...

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Published inThe journal of physical chemistry letters Vol. 15; no. 18; pp. 4799 - 4805
Main Authors Chen, Shu-Gang, Kong, Xiangru, Zhang, Lian-Lian, Gong, Wei-Jiang
Format Journal Article
LanguageEnglish
Published United States American Chemical Society 09.05.2024
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Physical Insights into Light Interacting with Matter
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Abstract We investigate the role of the black-phosphorus-based n-p (BP-np) junction modulated by linearly polarized light (LPL) in governing the quantum transport behaviors. Following the analysis of the band structures, we find that the LPL can adjust the gap between the conduction and valence bands by reducing the impact of momentum mismatch caused by the band gap. In addition, LPL can also eliminate the angle dependence of transmission. This means that for BP with a fixed band gap, the transmission-forbidden region can be reduced and the transmission probability can be increased by applying LPL modulation of the band gap to achieve all-angle perfect transmission, i.e., super-Klein tunneling (SKT). Our investigation also found that the SKT is robust to different incident energies, resulting in a larger conductance platform. These findings could be useful for the development and application of optical-like electronic devices.
AbstractList We investigate the role of the black-phosphorus-based n-p (BP-np) junction modulated by linearly polarized light (LPL) in governing the quantum transport behaviors. Following the analysis of the band structures, we find that the LPL can adjust the gap between the conduction and valence bands by reducing the impact of momentum mismatch caused by the band gap. In addition, LPL can also eliminate the angle dependence of transmission. This means that for BP with a fixed band gap, the transmission-forbidden region can be reduced and the transmission probability can be increased by applying LPL modulation of the band gap to achieve all-angle perfect transmission, i.e., super-Klein tunneling (SKT). Our investigation also found that the SKT is robust to different incident energies, resulting in a larger conductance platform. These findings could be useful for the development and application of optical-like electronic devices.
Author Gong, Wei-Jiang
Chen, Shu-Gang
Kong, Xiangru
Zhang, Lian-Lian
AuthorAffiliation College of Sciences
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  surname: Gong
  fullname: Gong, Wei-Jiang
  email: gwj@mail.neu.edu.cn
BackLink https://www.ncbi.nlm.nih.gov/pubmed/38666898$$D View this record in MEDLINE/PubMed
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Snippet We investigate the role of the black-phosphorus-based n-p (BP-np) junction modulated by linearly polarized light (LPL) in governing the quantum transport...
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Title Super-Klein Tunneling in a Black-Phosphorus-Based N–P Junction Modulated by Linearly Polarized Light
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