Physical model of an optical memory cell with coupling quantum dots

L. Fan, F. Guo
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Abstract

The physical model was founded by Crosslight Apsys software for new type of photonic memory cell based on a quantum dot (QD)-quantum well (QW) hybrid structure. The physical mechanisms involved such as interband optical transition of quantum dots. The scan conditions and iterative algorithm was also set up to finish solving. Photon storage process has well proved based on I-V curve and transient time response obtained from the model. These are crucial in the signal readout-circuit design afterward.
耦合量子点光存储单元的物理模型
基于量子点(QD)-量子阱(QW)混合结构的新型光子存储电池,采用crossliy Apsys软件建立了物理模型。量子点的带间光学跃迁等物理机制。建立了扫描条件和迭代算法,完成了求解。根据模型得到的I-V曲线和瞬态时间响应,很好地证明了光子的存储过程。这些在随后的信号读出电路设计中是至关重要的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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