In current research, we use a generalized quantum multistream model to develop an
effective quasiparticle theory for quantum many-body effects. The N-electron Schrödinger …

Based on the effective Schrödinger–Poisson model a new physical mechanism for resonant
hot-electron generation at irradiated half-space metal–vacuum interface of electron gas with …

In this paper, by using the effective Schrödinger–Poisson model, we investigate quantum
edge plasmon excitations and electron spill-out effect in an arbitrary degenerate electron …

In this research, we use the generalized quantum multistream model to describe collective
qusiparticle excitations in electron gas with arbitrary degree of degeneracy and relativity …

In this research, we investigate the resonant photo-plasmonic effect in the framework of the
dual length-scale driven damped collective quantum excitations of the spill-out electrons at …

In this research, we use the dual lengthscale quasiparticle model for collective quantum
excitations in electron gas to study the time evolution of the Wigner function. The linearized …

In this work, the multistream quasiparticle model of collective electron excitations is applied
to study the energy-density distribution of collective quantum excitations in an interacting …

Using the asymptotic iteration method (AIM), we investigate the variation in the 1s energy
levels of hydrogen and helium-like static ions in fully degenerate electron gas. The …

In this research, the electrostatically coupled multistream quasiparticle excitations are
studied in the framework of the Wigner distribution function. It is remarked that the Wigner …

In this paper, we develop a new method to study the plasmon energy band structure in
multispecies plasmas. Using this method, we investigate a plasmon dispersion band …