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Direct reconstruction of two ultrashort pulses based on non-interferometric frequency-resolved optical gating

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Abstract

We describe a non-interferometric ultrashort-pulse measurement technique based on frequency-resolved optical gating (FROG) with which pulses can be reconstructed directly, i.e. non-iteratively. With a single-shot FROG setup two different FROG spectrograms are measured, which represent the only information required to reconstruct the amplitudes and phases of two independent input pulses.

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