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Dynamics and Stability of Mutually Coupled Nano-Lasers

机译:相互耦合的纳米激光的动力学和稳定性

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The dynamics of mutually coupled nano-lasers has been explored theoretically. Calculations have been performed using rate equations which include the Purcell cavity-enhanced spontaneous emission factor F and the spontaneous emission coupling factor β. In the analysis, the influence of F and β has been evaluated for varying optical injection strength and distance between the two lasers. It is observed that, in general, for increased bias current, the system can maintain stable output for a larger mutual coupling strength. It is also found that for short inter-laser distances and larger F, the stability of mutually coupled nano-lasers is enhanced.
机译:从理论上探讨了相互耦合的纳米激光的动力学。已经使用速率方程进行了计算,其中包括珀塞尔腔增强的自发发射因子F和自发发射耦合因子β。在分析中,已评估了F和β的影响,以改变两个激光器之间的光学注入强度和距离。可以观察到,通常,对于增加的偏置电流,系统可以保持稳定的输出,以实现更大的互耦强度。还发现,对于短的激光间距离和较大的F,相互耦合的纳米激光的稳定性得到增强。

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