Spin–orbit interaction effect on the linear and nonlinear properties of quantum wire in the presence of electric and magnetic fields

Linear and nonlinear phonon-assisted cyclotron resonances in parabolic quantum well under the applied electric field

“…Therefore, the linear and nonlinear optical absorption in low-dimensional semiconductor structures have been studied by many researchers in recent years [1][2][3][4][5][6][7][8][9][10][11]. The effects of applied electric and magnetic fields on the linear and nonlinear optical absorption coefficients have been theoretically investigated in a large number of papers, such as: GaAs-Ga 1Àx Al x As asymmetric double quantum wells [1,2], in V-shaped quantum well [3], in double semi-parabolic quantum wells [4,5], in a disk-shaped quantum dot with parabolic potential plus an inverse squared potential [6], in Ga 1Àx In x N y As 1Ày =GaAs double quantum wells [7], in a two-dimensional quantum dot [8], in a parabolically confinement wire in the presence of Rashba spin orbit interaction [9], in double semi-graded quantum wells [10], and in modulation-doped quantum wells [11]. The linear and nonlinear optical properties in a spherical nanolayer quantum system subjected to a uniform applied electric field directed with respect to the z-axis have been theoretically investigated within the compact-density matrix formalism and the iterative method by Chen and Xie [12].…”

Probability density and oscillating period of magnetopolaron in parabolic quantum dot in the presence of Rashba effect and temperature*

“…[1][2][3][4][5][6][7][8][9] Recently, a great deal of interest has been drawn in studying spin-orbit interaction in semiconductor-based nanostructures. [10][11][12] One of the important and typical spin-orbit interaction in quantum dots (QDs) system is the Rashba spin-orbit interaction (RSOI) which was discovered by Rashba. [13] The RSOI originates structural inversion asymmetry of the confinement potential at heterointerface and plays a central role in spintronics.…”

Spin texturing in quantum wires with Rashba and Dresselhaus spin–orbit interactions and in-plane magnetic field

“…Moreover, the optical properties of parabolically confined QW have been investigated under the influence of Rashba SO interaction and magnetic electric field by Khordad [33] and Lahon and coworkers. [34] Although there are works related to the effects of Rashba and Dresselhaus SO interactions on the electronic structure and transport properties in quantum confined systems, to the best of our knowledge, spin textures in the local magnetization for parabolically confined QWs subjected to an in-plane magnetic field have not been studied. It is noteworthy to bring out the dependence of the spin texturing on the strength and orien-tation of magnetic field and the magnitude of spin-orbit coupling, especially the Dreselhaus SO contribution.…”