Electron–photon scattering, or Thomson scattering, is one of the most fundamental
mechanisms in electrodynamics, underlying laboratory and astrophysical sources of high …

The radiation character of nonlinear Thomson scattering is investigated in the interaction of
Laguerre-Gaussian circularly polarized laser pulses with a single electron in the angular …

We use quantum electrodynamics (QED) particle-in-cell simulations to investigate and
compare the generation of dense electron-positron plasmas and intense γ-ray bursts in the …

The collision between relativistic electrons and a tightly focused linearly polarized laser
pulse produced nonlinear inverse Thomson scattering (NITS), which generates backward x …

We investigate a novel scheme for brilliant attosecond γ-ray emission and high-yield
positron production, which is accomplished with an ultra-intense laser pulse incident upon a …

Using an ultra-high-energy (γ? 1000) electron to collide with laser pulses to generate high-
energy γ-rays is an important way to treat cancer. We investigate a method for modulating …

In this study, we present the large photomultiplier tube (PMT) afterpulse measurement
results obtained from the Jiangmen underground neutrino observatory (JUNO) experiment …

The characterization and radiography of special nuclear materials (SNMs) such as
plutonium and uranium is essential in various scenarios in the context of nonproliferation …

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 …

The effects of longitudinal fields on electron dynamics, power, and radiation spectrum in
tightly-focused circularly polarized laser pulses are investigated in detail. When the …