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Plasmonic route to far-sub-wavelength gratings and the role of nano-feedback

机译:等离子路径到远亚波长光栅和纳米反馈的作用

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摘要

The formation of high-spatial-frequency gratings by ultrashort laser pulses is revisited with respect to basic mechanisms. Transient nonlinear excitation of surface plasmon polaritons (SPPs) and the evolution of self-induced scattering centers in the very initial stage are analyzed. The role of specific nano-feedback processes is discussed. Femtosecond pump-probe diffraction experiments indicate a multistage process.
机译:通过超薄激光脉冲形成高空间频率光栅的基本机制重访。分析了表面等离子体极性恒星(SPP)的瞬态非线性激发和自诱导散射中心在非常初始阶段的演变。讨论了特定纳米反馈过程的作用。 Femtosecond泵探针衍射实验表示多级过程。

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