A laser wakefield driven by an asymmetric laser pulse with/without chirp is investigated
analytically and through two-dimensional particle-in-cell simulations. For a laser pulse with …

This thesis explores the design, construction, and applications of the optoelectronic swept-
frequency laser (SFL). The optoelectronic SFL is a feedback loop designed around a swept …

The paper presents a scheme of vacuum electron acceleration due to tightly focused linearly
polarized (LP) frequency chirped laser in the presence external magnetic field. The focused …

This paper presents a scheme of electron energy enhancement by employing frequency-
chirped lowest order axicon focussed radially polarised (RP) laser pulse in vacuum under …

Single MeV electrons in vacuum subjected to single high-intensity quadratically chirped
laser pulses are shown to gain multi-GeV energies. The laser pulses are modelled by finite …

The generation of longitudinal electrostatic plasma waves (wakefields) due to the
propagation of a chirped laser pulse through a parabolic plasma channel is studied. The …

A simple model is introduced for the fields of a chirped laser pulse. As an application,
dynamics of laser-acceleration of a single electron by the fields of a pulse, with a sin4 …

According to the Lawson–Woodward theorem, an electron cannot gain any energy from
interaction with an ideal plane-wave laser pulse. We demonstrate analytically and …

The excitation of wake field plasma waves by a short laser pulse propagating through a
parabolic plasma channel is studied. The laser pulse is assumed to be initially chirped. In …

In this paper, the generation of high-quality and high-energy micro electron beam in vacuum
by a chirped Gaussian laser pulse in the presence of an axial magnetic field is numerically …