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 …

Single-shot high-speed mapping photography is a powerful tool used for studying fast
dynamics in diverse applications. Despite much recent progress, existing methods are still …

We introduce a simple delay-scanned complete spatiotemporal intensity-and-phase
measurement technique based on wavelength-multiplexed holography to characterize long …

Ultrafast light-material interactions near the damage threshold are often studied using
postmortem analysis of damaged dielectric materials. Corresponding simulations of …

Multimode fibers are explored widely for optical communication, spectroscopy, imaging, and
sensing applications. Here we demonstrate a single-shot full-field temporal measurement …

We propose a detailed analysis of a temporal multiplexing technique suited to the post-
compression of energetic femtosecond laser pulses in gas-filled hollow-core fibers down to …

We discuss a simple, linear, zero-delay implementation of spectral shearing interferometry
for amplitude and phase characterization of optical frequency comb sources and arbitrary …

We demonstrate that temporally-dependent polarization states of ultrashort laser pulses can
be reconstructed in a single shot by use of an angle-multiplexed spatial-spectral …

We demonstrate an extremely simple frequency-resolved-optical-gating (GRENOUILLE)
device for measuring the intensity and phase of relatively long—ps—pulses. In order to …

We measure the complete electric field of extremely complex ultrafast waveforms using the
simple linear-optical, interferometric pulse-measurement technique, MUD TADPOLE. The …