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Mechanism of mode coupling in multicore fiber lasers

机译:多芯光纤激光器中模式耦合的机理

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We present what is believed to be the first experimental demonstration of a new mechanism of mode coupling in multicore fibers (MCFs) based on their indirect interaction inside the fiber via intermediate mode, analogous to the Bragg mode, which is very sensitive to bending of the fiber. Very strong coupling between the core modes regardless of large spacing (approx28 (mu)m) between them has been demonstrated in the MCF laser as well as in the probe beam schemes. 70percent of power conversion from one core to another with beating length of tens of centimeters in 4-core MCF is measured.
机译:我们基于多芯光纤(MCF)通过中间模式在光纤内部的间接相互作用(类似于布拉格模式)对多芯光纤(MCF)进行模耦合的新机制的首次实验演示,该方法对光纤的弯曲非常敏感。纤维。在MCF激光器以及探测光束方案中,已经证明了核心模式之间非常强的耦合,而不管它们之间的大间距(约28μm)。在四核MCF中,测量了从一个磁芯到另一个磁芯的功率转换的百分之七十,其跳动长度为几十厘米。

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