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COHERENT CONTROL AND DECOHERENCE OFCHARGE STATES IN QUANTUM DOTS

机译:在量子点中的相干控制和变形状态

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This Chapter contains a review of the recent results, both experimental andtheoretical, related to optical control of carriers confined in semiconductorquantum dots. The physics of Rabi oscillations of exciton and biexciton occu-pations, as well as time-domain interference experiments are discussed. Next,the impact of carrier–phonon interaction in a semiconductor structure is de-scribed and modern methods of theoretical description of the carrier–phononkinetics and of the resulting dephasing are presented.
机译:本章包含最近的结果,两者的实验性和理论,与载体的光学控制有关,涵盖在半导体Quantum点。讨论了激子和Biexciton occu-Pation的Rabi振荡的物理学,以及时域干扰实验。接下来,呈现了半导体结构中的载波 - 声子相互作用的影响,并呈现了载体 - 音素线的现代理论描述和所得到的去除。

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