Advancements in light engineering have led to the creation of pulsed laser sources capable
of delivering high-repetition-rate, high-power few-cycle laser pulses across a wide spectral …

Ultrafast electron dynamics drive phenomena such as photochemical reactions, catalysis,
and light harvesting. To capture such dynamics in real-time, femtosecond to attosecond light …

We present the experimental realization of spectrally tunable, ultrashort, quasi-
monochromatic extreme ultraviolet (XUV) pulses generated at 100 kHz repetition rate in a …

In this work, a continuously tunable extreme ultraviolet source delivering a state-of-the-art
photon flux of> 10^ 11 ph/s/eV spanning from 50 eV to 70 eV is presented. The setup …

We generate high-order harmonics in a gaseous medium with tunable photon energy using
time-domain interferometry of double pulses in a noncollinear generation geometry. The …

Tunable attosecond pulses are necessary for various attosecond resolved spectroscopic
applications, which can potentially be obtained through the tuning of high harmonic …

In this work, the experimental realization of a tunable high photon flux extreme ultraviolet
light source is presented. This is enabled by high harmonic generation of two temporally …

High-order harmonic generation (HHG) has become an indispensable process for
generating attosecond pulse trains and single attosecond pulses used in the observation of …

Generally, driven by a specific laser waveform, a single-order harmonic from the atomic
harmonic spectrum can be enhanced, caused by the multiple acceleration-recombination …

Attosecond science and technology have emerged as a promising path for improving our
understanding of light–matter interaction. High harmonic generation based light sources …