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arXiv 1105.5909quant-phphysics.optics
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连续波laser光的高效倍频

High-efficiency frequency doubling of continuous-wave laser light

Stefan Ast, Ramon Moghadas Nia, Axel Schönbeck, Nico Lastzka, Jessica Steinlechner, Tobias Eberle, Moritz Mehmet, Sebastian Steinlechner, Roman Schnabel

摘要:

报道了在含有周期性极化磷酸钛氧钾晶体(PPKTP)的非线性腔中对1550 nm连续激光进行高效倍频的观测结果。基波的功率为1.10 W,在775 nm处转换为1.05 W,总的外部转换效率为(95 \pm 1)%。后一个值是基于基本场的测量损耗与从数值模拟得出的绝对值一致。根据我们的模型,实现的转换效率是有限的非理想模式匹配到非线性腔和可用的泵浦功率。结果表明,基于PPKTP的腔辅助频率变换非常适合于光量子态的低退相干频率变换。

英文摘要:

We report on the observation of high efficiency frequency doubling of 1550 nm continuous-wave laser light in a nonlinear cavity containing a periodically poled potassium titanyl phosphate crystal (PPKTP). The fundamental field had a power of 1.10 W and was converted into 1.05 W at 775 nm, yielding a total external conversion efficiency of (95 \pm 1)%. The latter value is based on the measured depletion of the fundamental field being consistent with the absolute values derived from numerical simulations. According to our model, the conversion efficiency achieved was limited by the non-perfect mode-matching into the nonlinear cavity and the pump power available. Our result shows that cavity-assisted frequency conversion based on PPKTP is well suited for low-decoherence frequency conversion of quantum states of light.

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