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Frequency noise power spectral density of a molecular THz-laser using a fs- fibre laser comb with 1 GHz repetition rate

机译:使用FS光纤激光梳与1 GHz重复率的分子THZ激光频谱功率谱密度

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We report the measurement of the frequency noise power spectral density (FNPSD) of a CO2 pumped molecular-laser emitting at 2.5THz. The measurement relies on the generation of a beatnote between the THz frequency and the harmonic of the IGHz repetition rate of a fs-fiber comb. We obtain a frequency noise of ~0.1 Hz2/Hz at 50kHz, limited by the phase noise of the frequency comb. This shows the potential of (i) molecular lasers as ultra-low phase noise sources of THz radiation, and of (ii) fs-fiber combs, in combination with electro-optic detection, as frequency-agile and low phase-noise THz local oscillators.
机译:我们报告了CO的频率噪声功率谱密度(FNPSD)的测量 2 在2.5THz下泵送分子激光。测量依赖于FS光纤梳理的THz频率与IVIGZ重复率的谐波之间的产生。我们获得频率噪声〜0.1 Hz 2 / Hz处为50kHz,受频率梳相噪声的限制。这表明(i)分子激光器作为THz辐射的超低相位噪声源的潜力,并且(ii)FS-FIBED梳理,与电光检测相结合,作为频率 - 敏捷和低相位噪声THz本地振荡器。

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