We present a relativistic single particle simulation of vacuum acceleration of an electron by a
high-intensity radially polarized laser beam. The inherent complete symmetry of radially …

We have studied the steady state self-focusing of Gaussian laser beam in weakly relativistic
and ponderomotive regime for upward increasing plasma ramp density profile. We have …

In the present paper, we have studied the effect of light absorption on relativistic self-
focusing of Gaussian laser beam propagating through plasma. We have obtained the …

In the present paper, we have investigated self-focusing of Gaussian laser beam in
relativistic ponderomotive (RP) cold quantum plasma. When de Broglie wavelength of …

The paper presents investigation on self-focusing and self-phase modulation of Gaussian
laser beam in a weakly relativistic and ponderomotive regime by taking into account the …

The vacuum laser acceleration scheme IFEL has been investigated. We have studied the
best conditions for achieving higher energy gain using two laser pulses crossing at an angle …

This paper deals with the study of propagation of electromagnetic wave in a rectangular
waveguide filled with an inhomogeneous plasma in which electron density varies linearly in …

Electron acceleration due to beating of two slightly different frequency LP (Linearly
polarised) laser pulses with finite spot size in a vacuum has been studied. In this scheme …

Resonant acceleration of plasma electrons in combined circularly polarized Gaussian laser
fields and self-generated quasistatic fields has been investigated theoretically and …

We studied the mechanism of electron acceleration by a chirped laser pulse. We found that,
because of the chirp effect, a region exists where the laser wave phase experienced by the …