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Full characterization of picosecond pulses by phase reconstruction using optical ultrafast differentiation (PROUD)

Fangxin Li, Yongwoo Park, José Azaña

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Abstract

The recently introduced PROUD technique for ultrashort pulse characterization is extended down to the picosecond regime using a well-characterized temporal stretcher (e.g. dispersive optical fiber). The proposed method is demonstrated by precisely characterizing optical pulses ranging from 4∼20-ps with microwatts average powers..

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What this paper is about

The recently introduced PROUD technique for ultrashort pulse characterization is extended down to the picosecond regime using a well-characterized temporal stretcher (e.g. dispersive optical fiber). The proposed method is demonstrated by precisely characterizing optical pulses ranging from 4∼20-ps with microwatts average powers..

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Available abstract

The recently introduced PROUD technique for ultrashort pulse characterization is extended down to the picosecond regime using a well-characterized temporal stretcher (e.g. dispersive optical fiber). The proposed method is demonstrated by precisely characterizing optical pulses ranging from 4∼20-ps with microwatts average powers..

Key concepts: Ultrashort pulse, Picosecond, Characterization (materials science), Optics, Materials science, Pulse (music), Ultrafast optics, Ranging

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