Full Three-dimensional Particle-In-Cell Simulation for Phase-matched Ion-based High-order Harmonic Generation in Water-window X-ray

Jan 01 2026 Journal Paper High-Harmonic Generation Particle-in-Cell Simulation Electromagnetic

Read More

Numerical experiment of phase-matched ion-based high-order harmonic generation in the water-window x-ray spectral region via electromagnetic envelope equation

Jun 11 2024 Journal Paper High-Harmonic Generation Numerical Simulation Electromagnetic

Read More

Numerical Simulation of Ion-Based Water-Window High-Harmonic Generation

Jan 25 2024 National Conference High-Harmonic Generation Numerical Simulation Electromagnetic

Read More

Numerical Simulation of Ion-Based Water-Window Harmonic Generation in Laser-Irradiated Gases

Nov 17 2023 International Conference High-Harmonic Generation Numerical Simulation Electromagnetic

Read More

Two Stream Instability Simulation in Plasma Physics

Mar 16 2022 Physics Research Project Python Electromagnetic Plasma Physics Numerical Simulation Particle-in-Cell Simulation

A particle-in-cell (PIC) simulation of two-stream instability in plasma, illustrating how relative drift between species leads to the excitation of plasma waves. Read More

Derivation of Gaussian Beam under 2D space and 3D space

Oct 05 2021 Physics Research Project Python Electromagnetic Derivation

Derived and visualized Gaussian beam propagation in both 2D and 3D space, analyzing beam evolution and spatial characteristics. Read More

Particle-in-Cell Simulation of Phase-Matched High Harmonics Generation in Highly Ionized Plasmas

Jun 11 2021 Physics Research Project Python Electromagnetic Plasma Physics Numerical Simulation Particle-in-Cell Simulation High-Harmonic Generation

Simulated high harmonic generation (HHG) in laser-plasma using PIC to study phase matching and optimize laser/gas parameters for efficient short-wavelength light sources. Read More

One-Dimensional Simulation with the FDTD Method

Oct 20 2020 Physics Research Project Python Electromagnetic Numerical Simulation

Simulated electromagnetic wave propagation using FDTD in vacuum, dielectric, and lossy dielectric media with hard, soft, and absorbing boundary conditions. Read More