Spin-dependent Breit-Wigner and Fano resonances in photon-assisted electron transport through a semiconductor heterostructure

We theoretically investigate the electron transmission through a seven-layer semiconductor heterostructure with the Dresselhaus spin-orbit coupling under two applied oscillating fields. Numerical results show that both of the spindependent symmetric Breit-Wigner and the asymmetric Fano resonances ap...

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Published inChinese physics B Vol. 20; no. 6; pp. 384 - 391
Main Author 胡丽云 周斌
Format Journal Article
LanguageEnglish
Published IOP Publishing 01.06.2011
Subjects
Amplitudes
Asymmetry
Heterostructures
Joining
Modulation
Oscillating
Phases
Semiconductors
光子
共振峰
半导体异质结构
电子传输
维格纳
自旋相关
自旋轨道耦合
计算结果
Online AccessGet full text
ISSN1674-1056
2058-3834
DOI10.1088/1674-1056/20/6/067201

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Abstract We theoretically investigate the electron transmission through a seven-layer semiconductor heterostructure with the Dresselhaus spin-orbit coupling under two applied oscillating fields. Numerical results show that both of the spindependent symmetric Breit-Wigner and the asymmetric Fano resonances appear and that the properties of these two types of resonance peaks are dependent on the amplitudc and the relative phases of the two applicd oscillating fields. The modulation of the spin-polarization efficiency of transmitted electrons by the relative phase is also discussed.
AbstractList We theoretically investigate the electron transmission through a seven-layer semiconductor heterostructure with the Dresselhaus spin-orbit coupling under two applied oscillating fields. Numerical results show that both of the spindependent symmetric Breit-Wigner and the asymmetric Fano resonances appear and that the properties of these two types of resonance peaks are dependent on the amplitudc and the relative phases of the two applicd oscillating fields. The modulation of the spin-polarization efficiency of transmitted electrons by the relative phase is also discussed.
We theoretically investigate the electron transmission through a seven-layer semiconductor heterostructure with the Dresselhaus spin--orbit coupling under two applied oscillating fields. Numerical results show that both of the spin-dependent symmetric Breit--Wigner and the asymmetric Fano resonances appear and that the properties of these two types of resonance peaks are dependent on the amplitude and the relative phases of the two applied oscillating fields. The modulation of the spin-polarization efficiency of transmitted electrons by the relative phase is also discussed.
Author 胡丽云 周斌
AuthorAffiliation Department of Physics, Hubei University, Wuhan 430062, China
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Notes spin orbit coupling, Breit Wigner resonance, Fano resonance
Hu Li-Yun and Zhou Bin（Department of Physics, Hubei University, Wuhan 430062, China）
We theoretically investigate the electron transmission through a seven-layer semiconductor heterostructure with the Dresselhaus spin-orbit coupling under two applied oscillating fields. Numerical results show that both of the spindependent symmetric Breit-Wigner and the asymmetric Fano resonances appear and that the properties of these two types of resonance peaks are dependent on the amplitudc and the relative phases of the two applicd oscillating fields. The modulation of the spin-polarization efficiency of transmitted electrons by the relative phase is also discussed.
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Snippet We theoretically investigate the electron transmission through a seven-layer semiconductor heterostructure with the Dresselhaus spin-orbit coupling under two...
We theoretically investigate the electron transmission through a seven-layer semiconductor heterostructure with the Dresselhaus spin--orbit coupling under two...
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SubjectTerms Amplitudes
Asymmetry
Heterostructures
Joining
Modulation
Oscillating
Phases
Semiconductors
光子
共振峰
半导体异质结构
电子传输
维格纳
自旋相关
自旋轨道耦合
计算结果
Title Spin-dependent Breit-Wigner and Fano resonances in photon-assisted electron transport through a semiconductor heterostructure
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