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Non-linear spin-orbit interaction devices and methods for current-to-spin conversion and amplification of spin-polarizations

机译:电流自旋转换和自旋极化放大的非线性自旋轨道相互作用装置和方法

摘要

The present invention is notably directed to a spin-orbit coupled device. This device comprises a confinement part. It further includes a circuitry, having an input device, energizable to inject spin-polarizations to charge carriers in an input region of the confinement part. The circuitry further comprises an output device, usable to detect spin-polarizations of charge carriers in an output region of the confinement part. The confinement part may be is configured to subject charge carriers drifting therein to a non-linear spin-orbit interaction, which causes to rotate a spin polarization of the drifting charge carriers by an angle that depends non-linearly on momenta of such charge carriers. The circuitry may be configured to allow momenta of charge carriers drifting in the confinement part to be varied, while injecting spin-polarizations in the input region. Varying momenta allows spin-polarizations of drifting charge carriers to be rotated, owing to said non-linear spin-orbit interaction.
机译:本发明尤其涉及自旋轨道耦合装置。该装置包括限制部分。它还包括具有输入装置的电路,该电路可被激励以注入自旋极化以对约束部分的输入区域中的载流子进行充电。该电路还包括输出装置,可用于检测约束部分的输出区域中的载流子的自旋极化。限制部分可以被配置为使在其中漂移的电荷载流子经历非线性自旋-轨道相互作用,这导致使漂移的电荷载流子的自旋极化旋转与该电荷载流子的力矩非线性相关的角度。该电路可以被配置为允许在限制部分中漂移的电荷载流子的动量变化,同时在输入区域中注入自旋极化。由于所述非线性自旋轨道相互作用,变化的动量允许漂移的载流子的自旋极化旋转。

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