Phase-sensitive single-pulse autocorrelator for ultrashort laser pulses clickable element to
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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 …

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 …

We describe the design and demonstrate the operation of a single-shot autocorrelator
capable of measuring independently and simultaneously the duration and the pulse front tilt …

We introduce a new two-photon interference scheme for measurement of the coherence
time and pulse width of ultrafast pulses. Experiments were performed with the output pulses …

We present a novel optical and mechanical design of an autocorrelator which allows
unmatched compactness. The device, capable of measuring laser pulses in the …

We evaluate ways to analyze optical-heterodyne measurements of frequency chirp in
pulsed, single-longitudinal-mode output from lasers (or other coherent light sources) that …

A self-referencing technique for measuring amplitude and phase of ultrashort laser pulses is
presented. In contrast to the other methods the relative-phase ambiguities do not appear in …

We investigate a variant of the d-scan technique, an intuitive pulse characterization method
for retrieving the spectral phase of ultrashort laser pulses. In this variant a ramp of quadratic …