Influences of Rashba Spin-Orbit Coupling on First Excited State of Magnetopolaron in Parobolic Quantum Dot

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

“…Under the effect of the RSOI, the excitation energy that is the difference 110304-4 between the FESE and the ground state energy is divided into three situations, meanwhile the OP is inversely proportional to the excitation energy. The properties of the ground excited state energy of the QD system have been widely studied experimentally and theoretically, [17,18,20,[48][49][50] so that the OP has three cases and the spacing between any two of them becomes larger. The split of OP and the different effects on different branches caused by the RSOI are obviously consistent with the decoherence of the electronic state, [15] susceptibility of the electronic state [19] and splitting of the energy level [20] due to the electron spin.…”

“…In this study, based on the work reported in Refs. [48][49][50] and the interesting properties of electron spin in materials, [20][21][22] we concentrate on a polar crystal QD system in which an electron is bound by parabolic potential and magnetic field under RSOI. According to the theory of condensed matter, in polar materials, the negative and positive particles have reverse motion, which results in materials being polarized and interacting with electromagnetic field.…”

“…Over recent years, applying the unitary transformation of Lee-Low-Pines type (UTLLPT) [44] and variational method of Pekar type (VMPT), [45,46] we have investigated some thermodynamic, electromagnetic and optical properties of QDs. [29][30][31][47][48][49][50][51][52][53][54][55][56][57] Al-though, in recent years, the Rashba effect [58][59][60] and magnetic field [61][62][63] influence of polaron in parabolic quantum dots have been studied, the temporal spatial distribution of the probability density (PD) and the influences of the RSOI and the temperature on the PD and the oscillating period (OP) of a parabolic QD (PQD) have not been accounted yet. In the present study, we mainly investigate the PD and OP in a PQD under the RSOI and temperature influences using the UTLLPT and VMPT.…”

Rashba Spin-orbit Interaction in Semiconductor Nanostructures (Review)

“…The properties of the first excited state of a magnetopolaron in a patabolic quantum dot are studied [77] with the Lee-Low-Pines unitary transformation and variational method of Pekartype. In [77] find that the external magnetic field and the motion of the electron can trigger the Rashba effect in the first excited state and they play a virtual role in determining properties of the magnetopolaron in the parabolic system. This results indicate the Rashba spin-orbit coupling, confined potential, electronphonon coupling, magnetic field and phonon wave vector promote a variation of the first excited state energy.…”