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Intracavity nonlinear optics of semiconductor nanostructures and new mid/far-infrared laser schemes

机译:半导体纳米结构的腔内非线性光学和新的中/远红外激光方案

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Recent theoretical and experimental results in nonlinear optics of semiconductor nanostructures and iutracavity nonlinear mixing of laser modes are reviewed. A comparative analysis of the implemented and newly suggested schemes for the difference- and sum-frequency, second-harmonic, and parametric generation is presented. In particular, the problems of nonlinear photonic crystals, true- and quasi-phase-matching designs, and the use of the longitudinal, transverse, and 2D (metal or dielectric) gratings in the surface-emitting semiconductor devices are discussed. The most promising schemes of nonlinear-mixing lasers, both quantum cascade (intersubband) and diode-type (interband). are described. Finally, numerous applications of nonlinear-mixing lasers and open issues in physics and technology posed by the problem are given.
机译:综述了半导体纳米结构的非线性光学和激光模的等腔非线性混合的最新理论和实验结果。对比分析了已实施和新建议的差频和和频,二次谐波和参数生成方案。特别是,讨论了非线性光子晶体,真相位和准相位匹配设计以及在表面发射半导体器件中使用纵向,横向和二维(金属或介电质)光栅的问题。非线性混频激光器的最有前途的方案是量子级联(子带间)和二极管型(带间)。描述。最后,给出了非线性混合激光器的许多应用以及该问题带来的物理学和技术上的开放性问题。

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