The modern level of optical technologies permits the generation of laser pulses of less than
5 fs duration [1], which is equal only to several optical cycles. The generation of such short …

The generation of frequency upshifted, pressure-tunable third-harmonic pulses during
ultrafast ionization of subatmospheric noble gases at peak intensity 10^ 16 W/cm^ 2 is …

Third-harmonic generation (THG) in air in tight-focusing conditions is presented. Variation of
the pulse duration supplied optimal conditions for THG by femtosecond pulses that varied in …

We derive the analytical solution uncovering the origin of the ultrashort pulse formation from
the resonant radiation in a hydrogenlike medium [YV Radeonychev, VA Polovinkin, and O …

The spectral, temporal, and spatial characteristics of plasma-induced spectral blue shifting in
atmospheric-density rare gases were investigated by a two-color pump–probe technique …

In this work, we numerically study a self-guiding process in which ionization plays a
dominant role and analyze its effect on high-order harmonic generation (HHG) in gases …

An experimental study of third-harmonic generation in methane with a 100-fs, 820-nm, Ti:
sapphire laser in a tight focusing geometry is presented. The harmonic intensity and …

We study numerically low-order harmonic generation in noble gases pumped by intense
femtosecond laser pulses in the tunneling ionization regime. We analyze the influence of the …

One-dimensional equations are derived that describe the hydrodynamic and electrodynamic
properties of a plasma created through gas ionization by a short intense laser pulse …

We propose an efficient method to generate an ultra-broadband supercontinuum by using a
three-color field synthesized by a 1600 nm driving pulse and two weak (3200 nm and 400 …