Conventional spectroscopy uses classical light to detect matter properties through the
variation of its response with frequencies or time delays. Quantum light opens up new …

It was shown experimentally that for a 65-fs 17-J pulse, the effect of filamentation instability,
also known as small-scale self-focusing, is much weaker than that predicted by stationary …

We report a method for the phase reconstruction of an ultrashort laser pulse based on the
deep learning of the nonlinear spectral changes induce by self-phase modulation. The …

We report on the reconstruction of ultrashort laser pulses from computer-simulated and
experimental second harmonic generation-frequency resolved optical gating (SHG-FROG) …

We report a simple fiber-implemented technique for complete reconstruction of intensity
profile and phase of ultrashort laser pulses based on processing only pulse spectrum and …

We report novel functionalities of a very simple, robust, and low-cost optical metrology
method for the reconstruction of an intensity profile and phase of pulses in the …

The characterization of ultrashort optical pulses is a highly requested task. The most popular
commercially available hardware/software systems are based on interferometric …

Traditional logic circuit emits energy into the environment due to information loss, and it is
referred to be irreversible logic circuits. Reversible logic circuit is capable of diminishing …

The frequency-resolved optical switching (FROSt) method developed for ultrashort pulse
characterization is implemented for single-shot measurements. In this basic demonstration …

We propose and experimentally validate an all‐fiber based approach to characterize the
phase and intensity profiles of optical pulses. Based on three optical spectra affected by …