We perform an alternative approach to produce highly unipolar terahertz pulses. The idea is
based on the nonuniform amplification of seed ultrashort carrier-envelope phase (CEP) …

Terahertz functional devices are essential to the advanced applications of terahertz radiation
in biology and medicine, nanomaterials, and wireless communications. Due to the small size …

A new type of antenna system has been proposed-a configurable loop antenna with laser
control. It is shown that the addition of semiconductor elements of the photoresistor type to …

We developed a 3D, fully self-consistent model for analysis of the ultrashort THz unipolar
pulse formation accompanied by its amplification in a nonequilibrium plasma channel …

We suggest a new approach for the analysis of the response of plasma created in the
process of multiphoton gas ionization by means of an intense UV laser pulse to the terahertz …

A general approach is developed for the numerical study of short electromagnetic pulse
propagation in nonstationary and nonequilibrium plasma or dielectric media. It is based on …

A new approach for studying the spontaneous emission of an atomic system in the presence
of a high-intensity laser field is used to study the process of harmonic generation. The …

The effect of the interference stabilization of Rydberg atoms in a high-intensity laser field is
proposed to create a plasma channel with population inversion between a set of Rydberg …

The possibilities of using plasma formed by laser radiation in Ge-and Si semiconductors to
create plasma antennas are analyzed. The dependences of the amplitude of the emitted …

The evolution of strongly nonequilibrium plasma in a channel created in gaseous media by
powerful UV femtosecond laser pulse is studied. It is demonstrated that such a plasma …