This review presents an upgraded wave theory adapted to the high fluctuation level of driven
realistic, ie, non-idealized plasmas. Based on the author's early publication (H. Schamel …

A fundamental study describing nonlinear plasma wave propagation is presented.
Elementary linear wave theory describes small‐amplitude random waves, but lacks …

A non-perturbative update of Schamel's pseudo-potential method is employed to show the
diversity in structure formation in collisionless plasmas, manifested already in the solitary …

Novel types of solitary electron holes or in more general terms a novel class of cnoidal
electron holes propagating in collisionless, driven plasmas is found numerically and …

The examination of the mutual influence of the two main trapping scenarios, which are
characterized by B and D and which in isolation yield the known sech 4 (D= 0) and …

Landau damping in a collisionless plasma is a well-known example of wave particle
interaction. In the past, this phenomenon was addressed for homogeneous equilibria in the …

Using high resolution Vlasov-Poisson simulations, evolution of driven``cold" electron plasma
wave (EPW) in the presence of stationary inhomogeneous background of ions is studied …

It is shown that the dispersion relation of “Thumb-Teardrop” type, investigated by Trivedi and
Ganesh [P. Trivedi and R. Ganesh, Phys. Plasmas 25, 112102 (2018)], is, generally …

Kinetic instability due to trapped particles in non-linear evolution of large amplitude
electrostatic waves ie BGK (Bernstein-Greene-Kruskal) mode is investigated in a one …

The effect of collisions on driven electrostatic phase space vortices is analyzed by means of
Eulerian simulation for two different collision models. It was demonstrated recently [P. Trivedi …