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首页> 外文会议>Quantum Communications and Quantum Imaging V; Proceedings of SPIE-The International Society for Optical Engineering; vol.6710 >Review of Quantum Optical Communications and Future Device Evaluations
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Review of Quantum Optical Communications and Future Device Evaluations

机译：量子光通信和未来设备评估的回顾

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摘要

In this paper, some devices were reviewed to be used in quantum communications. We presented a low density of Quantum Dots, which could be used to get single quantum dot as light emitting source for generating single photons. An analytical model to study the thermal behavior of a solid media in interaction with one, two or three laser beams was developed using the classical heat equation. Integrated optic micro-ring resonators and its simulated result also are presented. Development of active micro-ring in silicon is at an early stage, where both vertical and horizontal techniques are feasible. With the epitaxy growth techniques, a possibility for achieving controllable QD density, size and good uniformity are proposed. A low density of QDs in range of 10~8 cm~(-2) has demonstrated through successive adjustment of the growth parameters. Details among the devices are presented and discussed.
机译：在本文中，对某些设备进行了综述以用于量子通信。我们提出了一种低密度的量子点，它可以用来获得单个量子点作为产生单个光子的发光源。利用经典的热方程，建立了一个分析模型来研究固体介质与一，二或三束激光相互作用的热行为。还介绍了集成的光学微环谐振器及其仿真结果。硅中有源微环的开发尚处于早期阶段，垂直和水平技术均可行。利用外延生长技术，提出了实现可控QD密度，尺寸和良好均匀性的可能性。通过连续调整生长参数，证明了QD的密度较低，在10〜8 cm〜（-2）范围内。介绍并讨论了设备之间的详细信息。

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