Laser wakefield acceleration (LWFA) is one of the prominent energy efficient techniques to
generate high potential gradient (∼ GeV/m) to accelerate electrons. The phenomenon of …

The role of multi-10 TW chirped laser pulses interacting with N 2 gas jet targets, as a test
case for multi-electron targets, is experimentally examined. Complementary measurements …

Laser plasma-based accelerators provide an excellent source of collimated, bright, and
adequately coherent betatron-type x-ray pulses with potential applications in science and …

This study examined the impact of chirping the input pulses on the amplification of a wide
bandwidth THz wave emitted from a plasma slab within a range of input wavelengths from …

Laser WakeField Acceleration (LWFA) is extensively used as a high-energy electron source,
with electrons achieving energies up to the GeV level. The produced electron beam …

A proposed model delves into the resonant enhancement of third harmonic generation
(THG) by a short-pulse laser inside nanoclustered plasma under the influence of density …

We demonstrate high brightness betatron x-ray generation from a chirped laser pulses
driven plasma accelerator. It is shown that positively chirped laser pulse leads to the …

Self-focusing emerges as a nonlinear optical phenomenon resulting from an intense laser
field and plasma interaction. This study investigates the self-focusing behavior of Gaussian …

The present study explores radiation in THz spectrum region through the interaction of the
wakefield of two-color laser pulses with magnetized plasma. The interaction of the two-color …

Self-focusing emerges as a nonlinear optical phenomenon resulting from an intense laser
field and plasma interaction. This study investigates the self-focusing behavior of Gaussian …