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Bifurcation analysis of coupled laser modes in mutually delay coupled lasers

机译:互延迟耦合激光器中耦合激光模的分叉分析

摘要

This paper considers a system of two semiconductor lasers that are mutually coupled face to face, so that they receive each other's light after a fixed delay time. The lasers are assumed to be identical, except for a possible detuning of their free-running frequencies. The coupled laser modes of a rate equation model with delay are studied with tools from bifurcation theory, especially numerical continuation. This reveals a comprehensive geometrical picture, which is organized by the unfoldings for nonzero detuning of pitchfork bifurcations that exists for zero detuning.
机译:本文考虑了两个半导体激光器的系统,这两个半导体激光器面对面地相互耦合,因此它们在固定的延迟时间后会彼此接收光。假定激光器是相同的,除了可能会使其自由运行频率失谐。利用分叉理论的工具,特别是数值连续性,研究了具有时滞的速率方程模型的耦合激光模式。这揭示了一个全面的几何图形,它由干草叉分叉的非零失谐展开构成,而零叉失叉存在于零失谐中。

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