Title : Hermite cosh gaussian laser-Induced electron acceleration
Abstract:
In this research work, we have investigated the electron dynamics employing a radially polarized (RP) Hermite-Cosh-Gaussian (HChG) laser beam. The Hermite Cosh Gaussian laser beam. Due to the beam has a property of earlier focus of such a laser beam, which enables it is better suited to acquiring GeV order energy over short periods of time than other laser beams. The electron acceleration process is strongly influenced by two more adjustable parameters associated with this beam: decentered parameter (b) and Hermite order (s). Throughout this investigation, better trapping phenomena have been identified. The effects of changing the intensity parameter (a_0), the beam waist width (r_0^'), the decentered parameter (b), and the order of the Hermite function on electron energy gain have been investigated.
What will audience learn from your presentation?
The concept of laser induced electron acceleration is an innovative area of research.
The RP HChG laser pulse's cylindrical symmetry is critical for better electron entrapment
The laser induced electron acceleration up to high energy explores an extensive range of applications in the fields of medicine, therapy for tumors, radiation - chemistry, material- characterization, and ultrafast phenomena studies.
