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We demonstrate actively mode-locked operation of a fiber laser using a novel multi-harmonic phase modulation technique. By mixing two harmonics of the fundamental cavity frequency to drive a phase modulator, improved stability performance is observed
We report the experimental generation of alternate multiwavelength pulse trains in a mode-locked fiber ring laser containing an unbalanced Mach-Zehnder interferometer at an aggregate repetition rate of 18.8 GHz. These results are compared with simulations
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