Molecular dynamics simulations are becoming a powerful tool for examining and predicting
atomic and molecular processes in various environments. The present review showcases …

An analytical self-consistent approach was recently established to predict the ionization
potential depression (IPD) in multicomponent dense plasmas, which is achieved by …

In a dense hot plasma, the energy levels of an embedded ion are lowered by the induced
screening potential, which is termed as the ionization potential depressions (IPDs) for the …

High energy density (HED) matter exists extensively in the Universe, and it can be created
with extreme conditions in laboratory facilities such as x-ray free-electron lasers (XFEL). In …

Laser-induced hydrogen plasma in the density and temperature range of (0.1–5)× 10 23 m−
3 and (6000–20000) K, respectively, was precisely diagnosed using two-color Thomson …

For warm/hot and dense plasmas (WDPs), ionization potential depression (IPD) plays a
crucial role in determining its ionization balance and understanding the resultant …

In hot dense plasmas, orbital delocalization and relocalization considerably influence the
ionization balance, equation of state and radiative properties of matter. A self-consistent …

We theoretically investigate the formation of highly charged ions in a germanium (Ge) solid
driven by intense, ultrashort x-ray pulses and its effect on the cross sections for …

The influence of plasma screening on the excitation energies of V-like Fe ions embedded in
the plasma environment has been analyzed. For this purpose, the Flexible Atomic Code …

A quantum plasma screening model based on the density matrix formalism is used to
investigate theoretically the thermonuclear reactions C 13 (α, n) O 16 and H 2 (d, n) He 3 in …