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Observation of enhanced spontaneous and stimulated emission of GaAs/AlGaAs nanowire via the Purcell effect

机译:通过赛尔效应观察GaAs / AlGaAs纳米线自发和受激发射的增强

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We experimentally demonstrated enhanced spontaneous and stimulated emission of GaAs/AlGaAs nanowire via the Purcell effect. By integrating the NW and SiO2-Au substrate, the hybridization of the dielectric modes in the NW with surface plasmons on the surface of Au formed hybrid plasmonic modes. Taking advantage of the nanolocalized electromagnetic field of hybrid plasmonic modes, the intensities of spontaneous and stimulated emission were enhanced via the Purcell effect by factors of four and ten, respectively. More importantly, the plasmonic lasing action was continuous-wave under the continuous-wave pump.
机译:我们通过实验证明了通过赛尔效应增强了GaAs / AlGaAs纳米线的自发和受激发射。通过将NW和SiO2-Au基板集成在一起,将NW中的介电模与Au表面的表面等离激元进行杂交,形成了混合等离激元模。利用混合等离子体激元模式的纳米局部电磁场,通过赛尔效应使自发发射和受激发射的强度分别提高了四倍和十倍。更重要的是,等离子激射作用是在连续波泵浦下的连续波。

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