Generation of five phase-locked harmonics in the continuous wave regime and its potential application to arbitrary optical waveform synthesis

C. Ohae, T. Gavara, Ken-ichi Nakagawa, Nurul Sheeda Binti Suhaimi, Feng-Lei Hong, Masayuki Katsuragawa
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Abstract

We have successfully generated a new broadband coherent light source in the continuous wave (CW) regime which is an ensemble of multi-harmonic radiations (2403, 1201, 801, 600 and 480 nm) by implementing a frequency dividing technology. The system is uniquely designed that all the harmonics are generated and propagate coaxially which gives the advantage of robustly maintaining the phase coherence among the harmonics. The highlight is its huge potential for the arbitrary optical waveform synthesis in the CW regime which has not been performed yet due to the limitation of the existing light source.
连续波状态下五锁相谐波的产生及其在任意光波形合成中的潜在应用
通过分频技术,我们成功地在连续波(CW)波段产生了一种新的宽带相干光源,该光源是多谐波辐射(2403,1201,801,600和480 nm)的集合。该系统设计独特,所有的谐波都以同轴方式产生和传播,从而使各谐波之间的相位相干性得到了较好的保持。其突出之处在于,由于现有光源的限制,其在连续波域中任意光波形合成方面的巨大潜力尚未实现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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