The past 30 years have seen spectacular progress in the development of techniques for
measuring the complete temporal field, and even the complete spatiotemporal field, of …

The measurement of optical ultrafast laser pulses is done indirectly because the required
bandwidth to measure these pulses exceeds the bandwidth of current electronics. As a …

Many ultrashort laser pulse measurement schemes such as frequency-resolved optical
gating (FROG), interferometric FROG, dispersion scan, or time-domain ptychography require …

Sub-10-fs pulses tunable in the extreme-ultraviolet (XUV) spectral region are particularly
important in many research fields: from atomic and molecular spectroscopy to the study of …

When confronted with a pulse train whose intensity and/or phase versus time varies from
pulse to pulse, multi-shot pulse-measurement techniques usually exhibit a coherent artifact …

The ability to generate third-harmonic light with a broad phase-matching bandwidth at any
dielectric interface offers a promising tool for the characterization of ultrafast laser pulses …

A novel algorithm for the ultrashort laser pulse characterization method of interferometric
frequency-resolved optical gating (iFROG) is presented. Based on a genetic method …

In situ characterization of the electric field of ultrafast pulses is critical in multiphoton
microscopy. Although second harmonic generation-based collinear Frequency-Resolved …

In this paper, we implement a scheme to combine six coherent, spatially separated Raman
sidebands generated in single-crystal diamond into a collinear beam. With appropriate …

Frequency resolved optical gating (FROG) is a popular method for complete characterization
of laser pulses. In FROG, a reconstruction algorithm retrieves the pulse from its measured …