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Noniterative data inversion of phase retrieval by omega oscillating filtering for optical arbitrary waveform measurement
Journal article   Peer reviewed

Noniterative data inversion of phase retrieval by omega oscillating filtering for optical arbitrary waveform measurement

Chi-Cheng Chen, Yi-Shiun Chen, Chen-Bin Huang, Ming-Chang Chen and Shang-Da Yang
Optics Letters, Vol.38(12), pp.2011-2013
15/06/2013

Abstract

We propose a noniterative data inversion process for the phase retrieval by omega oscillating filtering method that could measure both isolated attosecond pulses and periodic optical arbitrary waveform (OAW). The built-in phase modulation depth recovery not only prevents the need of independent calibration (a critical advantage in the extreme ultraviolet regime) but provides a self-consistency check for the data integrity. Our experiments successfully retrieved OAW with ∼100% duty cycle in the near infrared regime. © 2013 Optical Society of America.

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