High order harmonics (HHG) were generated on noble gas cluster targets with different
cluster sizes. The independently characterized cluster sources enabled experimental …

We propose a simple and efficient method to optimize two-color chirped laser pulses by
forming a “temporal gate” for the generation of isolated attosecond pulses (IAPs) in soft X …

We studied the high-harmonic generation by the interaction of sub-cycle laser pulses with
the He atom. The sub-cycle pulses are modeled using the complex source vector beam …

We apply the optimization method suggested by Jin et al.[Nat. Commun. 5, 4003 (2014)
24873949] to a three-color laser-field synthesizer in a recent experiment by Burger et al.[Opt …

Featured Application We present a method based on artificial neural networks—as an
efficient procedure—aimed to predict the outcome of high-order harmonic generation …

We investigate computationally a method for ultrafast preparation of alkali-metal atoms in
their Rydberg states using a three-dimensional model potential in the single active electron …

In this paper, we obtain an accurate description of single-cycle vortex pulse beams
(SCVPBs) beyond the slowly varying envelope approximation. The SCVPBs are produced …

One new method is proposed to synthesize a laser field via the superposition of single-color
and hyper-Gaussian pulses. The numerical analysis confirms that our scheme is efficient for …

The new way of generating the attosecond pulses via Thomson scattering of linear
polarization Gaussian beam propagating on solid surface is investigated. It is found that a …

An effective scheme to enhance the harmonic yield and the attosecond (as) pulse signal
from H 2+ has been proposed by using the pump-probe laser field. It is found that with the …