Chinese Academy of Sciences

Zhiyi Wei

Kun Zhao

Pei Huang

Yitan Gao

Shaobo Fang

Methods and devices are described for performing an all-phase measurement of an ultra-fast laser pulse having a spectral range of greater than one octave. The ultra-fast laser pulse may be split into a first beam comprising a fundamental light with a wavelength &#x3bb;and a second beam comprising a light with a wavelength 2&#x3bb;. The light with the wavelength 2&#x3bb;may be frequency doubled to a light with a wavelength &#x3bb;to generate an interference with the fundamental light. Fourier transform may be performed on an interference spectrum of the interference, and a relative envelope delay (RED) between the fundamental light and the frequency doubled light and a carrier envelope phase (CEP) may be acquired based on a result of the Fourier transform.

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Beijing, China

Zhiyi Wei