A study of nonlinear kinetic Alfvénic structures is presented in a collisionless magnetized
plasma with two-temperature electrons (cold and hot) following the Tsallis distribution, and …

We study the modulational instability (MI) of a linearly polarized electromagnetic (EM) wave
envelope in an intermediate regime of relativistic degenerate plasmas at a finite temperature …

Understanding the transport properties of charged particle beams is important not only from
a fundamental point of view but also due to its relevance in a variety of applications. A …

It is well known that when a short laser pulse propagates in an underdense plasma, it
induces longitudinal plasma oscillations at the plasma frequency after the pulse, typically …

In this theoretical study, based on a nonlinear wave equation describing the interaction of
fields of an X-ray laser beam with relativistic quantum plasma, modulation instability and …

The nonlinear Schrödinger equation (NLS) that describes the propagation of high intensity
laser pulse through plasma is obtained by employing the multiple scales technique. One of …

The evolution of an s-polarized relativistic electromagnetic soliton created in multi-species
plasma by an intense short laser pulse is investigated using two-dimensional particle-in-cell …

The formation and evolution of post-solitons has been discussed for quite some time both
analytically and through the use of particle-in-cell (PIC) codes. It is however only recently …

In this paper, the propagation of an electromagnetic pulse due to the interaction of laser
pulse and plasma was investigated using a set of fluid relativistic equations and Maxwell's …

In the laser–plasma interaction, relativistic soliton formation is an interesting nonlinear
phenomenon and important light mode convection in plasmas. Here, it is shown by three …