Terahertz (THz) has emerged as a significant field of study because to its extensive practical
applications in various domains such as medical diagnosis, remote sensing, defence, and …

Laser wakefield acceleration (LWFA) of electrons is a highly promising and advanced
technique within the field of laser plasma physics, which enables the generation of …

The determination of the propagation parameters of a laser pulse across plasma and its
various effects heavily relies on the plasma density. Consequently, a ripple density plasma …

The properties of the wakefield and the resulting accelerated particle bunch are significantly
influenced by the pulse profile of the driving laser. The current research investigates the …

The production of terahertz (THz) radiation via the interaction between lasers and plasmas is
an intriguing and swiftly progressing domain of study within the realms of optics and plasma …

The presence of an external magnetic field exerts a substantial influence on the
phenomenon commonly referred to as nonlinear laser plasma interaction. External magnetic …

Laser wakefield acceleration is a frequently utilised research methodology for enhancing the
energy levels of lighter charged particles, specifically electrons, to relativistic magnitudes. In …

Abstract Laser Wakefield Acceleration (LWFA) has emerged as a groundbreaking approach
for generating ultra-high energy electron beams over short distances, revolutionizing the …

The investigation of tuneable and energy-efficient terahertz (THz) generation has become a
prominent field of study due to its significant ramifications in various disciplines, including …

The laser wakefield acceleration (LWFA) is a highly significant phenomenon within the
realm of high-energy physics and the study of interactions between lasers and plasmas. This …