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Excitation of multiple resonances in 1D Anderson localized systems for efficient light amplification

机译:激发一维Anderson本地系统中的多个共振,以实现有效的光放大

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摘要

Excitation of hybridized multiple resonances can be an effective route for coherent light generation in irregular 1D systems larger than the localization length of light. Necklace states are often considered to have nonlocalized states. However, we propose that some hybridized/coupled states can have high-resonant tunneling with spatially extended fields. If strong localization properties are preserved in hybridized resonances, the excitation of such states allows for deposition of the excitation energy deep into the structure and spatial overlap with local gain regions. This result could allow for better utilizing hybridized resonances in biological or natural photonic systems. (C) 2015 Optical Society of America
机译:在大于光的局部长度的不规则一维系统中,激发混合多重共振可能是产生相干光的有效途径。项链状态通常被认为具有非局部状态。但是,我们提出一些杂化/耦合状态可以具有空间扩展场的高共振隧穿。如果在杂交共振中保留了强的定位特性,则这种状态的激发将使激发能沉积到结构的深处,并与局部增益区域发生空间重叠。该结果可以允许在生物或天然光子系统中更好地利用杂交共振。 (C)2015年美国眼镜学会

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