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A solution-processed graphene-film coated on a fiber-based connector is used for stable, mode-locked femtosecond-duration pulses with 16mW average output power.
In a previously published paper [1], equations are presented that predict the beam-quality factor of beams from multimode fibers. We demonstrate that the simplification made in these equations to generate several of the figures is incorrect and that these formulas cannot be generally simplified for beams that are coherent superpositions of modes.
We demonstrate optical arbitrary waveform generation and characterization using spectral line-by-line control with high resolution grating based pulse shapers. Such integrated capabilities are the enabling techniques for high-fidelity optical arbitrary waveform generation.
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