The chirp of an ultrashort laser pulse can be extracted with high accuracy from a modified
spectrum autointerferometric correlation waveform by using a new time domain algorithm …

Modified-spectrum auto-interferometric correlation (MOSAIC), derived from a conventional
second order interferometric autocorrelation trace, is a sensitive and visual chirp diagnostic …

Sensitive, real-time chirp and spectral phase diagnostics along with full field reconstruction
of femtosecond laser pulses are performed using a single rapid-scan interferometric …

Real-time chirp diagnostic for ultrashort laser pulses clickable element to expand a topic LOGIN
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Rapid measurements of ultrashort optical pulse chirping were realized with a newly
developed real-time chirp monitor. The application of a moving coil translator and electrical …

A method for generation of the modified spectrum autointerferometric correlation that allows
single-shot pulse characterization is demonstrated. A sensitive graphical representation of …

Phase-sensitive single-pulse autocorrelator for ultrashort laser pulses clickable element to
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Conditions to retrieve pulse intensity and chirp from autocorrelation signals are
mathematically discussed. The interferometric SHG autocorrelation signal and the …

A simple method based on modified spectrum auto-interferometric correlation (MOSAIC) is
presented to determine various higher order chirps in ultrashort laser pulses. Dependence …

We describe a method for retrieving spectral phase information from second harmonic
interferometric autocorrelation measurements supplemented by the use of the observed …