Visible or near infrared light can be manipulated to produce bursts of coherent extreme
ultraviolet or x rays via the relativistic high-order harmonic generation process when a laser …

Backward Raman amplification (BRA) in plasma has become one of the most promising
techniques for further promoting light intensity. In this work, BRA in plasma is simulated …

We propose a method to generate circularly polarized (CP) attosecond pulses by the
interactions of a relativistic-intensity right-hand CP laser pulse and magnetized sub-critical …

A new generation mechanism of coherent extreme-ultraviolet (XUV) and x-ray radiation
presents in the few-cycle laser interaction with solid density plasma. Two-dimensional …

Spectral modulation of high-order harmonics generated in relativistic laser-solid interaction
is investigated. Numerical simulations show that the modulation depends on surface plasma …

The singlet S-wave resonances of the He atom embedded in dense quantum plasmas are
investigated by applying the complex-coordinate rotation method. The modified Debye …

Using a q-Gaussian laser beam, this research investigates the phenomenon of third
harmonic generation (THG) within the magnetized plasma. We identify the conditions …

Electron emission from microdroplets subjected to a distortion in its spherical shape by a pre-
pulse is studied, especially to decipher the role of chirp in the laser pulse. While there are …

A new scheme for the generation of the terahertz (THz) radiation based on the nonlinear
Thomson scattering is proposed through two moderate-intensity laser fields. It is found that …

High-order harmonics emitted from relativistic laser–solid interaction can be used as a bright
extreme ultraviolet source. However, such a source usually has mixed frequencies along the …