Influence of linearly polarized radiation on magnetoresistance in irradiated two-dimensional electron systems
arXiv:1206.5183 · doi:10.1063/1.4729299
Abstract
We study the influence of the polarization angle of linear radiation on the radiation-induced magnetoresistance oscillations in two-dimensional electron systems and examine the polarization immunity on the temperature and quality of the sample. We have applied the radiation-driven electron orbits model obtaining that the magnetoresistance is affected by the orientation of the electric field of linearly polarized radiation when dealing with high quality samples and low temperatures. Yet, for lower quality samples and higher temperature, we recover polarization immunity in the radiation driven magnetoresistance oscillations. This could be of interest for future photoelectronics in high quality mesoscopic devices. VC 2012 American Institute of Physics
4 pages, 3 figures
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- Remote sensor response study in the regime of the microwave radiation-induced magnetoresistance oscillations
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- Linear polarization study of microwave-radiation-induced magnetoresistance oscillations: Comparison of power dependence to theory
- Evolution of the linear-polarization-angle-dependence of the radiation-induced magnetoresistance-oscillations with microwave power
- Evidence of radiation-driven Landau states in 2D electron systems: magnetoresistance oscillations phase shift
- Microscopic theory for radiation-induced Zero-Resistance States in 2D electron systems: Franck-Condon blockade
- Radiation-induced magnetoresistance oscillations with massive Dirac fermions
- Resonance peak shift in the photo-current of ultrahigh-mobility two-dimensional electron systems
- Beating pattern in radiation-induced oscillatory magnetoresistance in 2DES: coupling of plasmon-like and acoustic phonon modes
- Fourier transform analysis of irradiated Weiss oscillations
- Radiation-induced re-emission in a 2D electron system