CP-05-01

Dynamics of Confined Laser Induced/Ablative Plasmas and Shock Waves

CP-05-02

Demonstration of super-ponderomotive acceleration of fast electrons in ultrashort high-intensity laser foil interaction

CP-05-03

Effect of thin Gold (Au) coating on proton acceleration from a transparent Mylar foil target

CP-05-04

Effects of carrier heating on amplification characteristics of Brillouin scattered Stokes mode in III-V and II-VI semiconductor magneto-plasmas

CP-05-05

Inverse Compton Scattering Gamma Ray Source: PIC Simulation

CP-05-06

Enhancement of real and imaginary parts of Raman susceptibility of semiconductor magneto-plasmas under off-resonant laser irradiation

CP-05-07

Enhanced synchrotron x-ray radiation from collective oscillations of electron bunch in laser-plasma accelerator and wiggler

CP-05-08

Laser-driven shock study in Aluminium foils coated with PMMA polymer

CP-05-09

Role of Background Gas Pressure in Spatial Confinement of Laser Ablative Plasma

CP-05-10

Three-dimensional (3D) Hydrodynamic Simulations of Laser Induced Material Blow-off from Thin Metal Foils: Modeling Challenges

CP-05-11

Spatio-temporal mapping of the ultrafast evolution of hot-dense plasma generated by intense femtosecond laser pulses

CP-05-12

Development of multi-channel, single-shot, high resolution Doppler Spectroscopy for 2D velocity mapping of intense laser produced plasmas.

CP-05-13

Proton Radiography of Microstructure and Laser produced Plasma Plume

CP-05-14

Reduction of Doppler Width in Collimated Atomic Beam: Simulation Study and Experiment

CP-05-15

Photon emission enhancement studies from the interaction of ultra-intense laser pulse with shaped targets