Recent experimental and theoretical investigations are reviewed concerning the generation
of fast charged particles and superstrong magnetic fields in the interaction of ultrashort laser …

Развитие нового поколения твердотельных лазеров привело к уникальным условиям
облучения лазерных мишеней световыми импульсами с интенсивностями излучения в …

The possibilities of electron acceleration by ponderomotive force of a circularly polarized
laser pulse in magnetized quantum plasma have been explored. The basic mechanism …

The excitation of electrostatic waves in plasma by laser electromagnetic (EM) pulse is
important as it provides a scheme by which the power from the laser EM field can be …

In this paper, electron acceleration by relativistic pondermotive force has been studied in the
interaction of intense laser pulse with an axially inhomogeneous underdense plasma. The …

The self-modulation of a linearly polarized electromagnetic wave propagating in a non-
Maxwellian plasma is investigated. The plasma electrons (ions) obey a κ distribution …

Ponderomotive acceleration of electrons by a short laser pulse undergoing relativistic self-
focusing in a plasma is investigated. The saturation in nonlinear plasma permittivity causes …

Energy enhancement by a circularly polarized laser pulse during acceleration of the
electrons by a Gaussian laser pulse has been investigated. The electrons close to the …

A scheme for electron acceleration by self-focused and self-compressed q-Gaussian laser
pulses in under dense plasma has been presented. The ponderomotive force acting on the …

The application high intensity ultrafast lasers to compact plasma-based electron
accelerators has recently been an extremely active area of research. Here, for the first time …