Electrostatic nonlinear random Langmuir structures have been propagated in stochastic
magnetospheres, clouds and solar wind. A theoretical description of Langmuir waves can be …

Context. On December 27, 2020, Solar Orbiter completed its first gravity assist manoeuvre of
Venus (VGAM1). While this flyby was performed to provide the spacecraft with sufficient …

An important property associated with turbulence in plasmas and fluids is anomalous
transport. Plasma, being a good conductor, can in addition be affected by turbulence …

Propagation and damping of high-frequency electron plasma or Langmuir waves (LWs) in
hybrid non-thermal Cairns–Tsallis distributed plasmas (CTDP) are studied (numerically and …

In space plasmas, electron populations exhibit non-equilibrium velocity distributions with
high-energy tails that are reproduced by the Kappa power-laws and contrast with the …

Solar radio emissions are electromagnetic waves emitted in the solar wind as a
consequence of electron beams accelerated during solar flares or interplanetary shocks …

Aims. Cosmic dust within the Solar System is subject to a range of forces that can modify its
trajectory, including gravity, radiation pressure, and the Lorentz force. Lorentz force …

The source regions of solar type III radio bursts are regions of very intense Langmuir wave
packets excited by the bump-on-tail distributions of energetic electrons accelerated during …

Waves at the electron plasma frequency are found throughout the heliosphere. They provide
indicators of unstable electron distributions, are routinely used to estimate the local electron …

The dynamics of Langmuir modes, waves (LW), and shear Langmuir vortices (SLV) are
studied in kinematically complex astrophysical plasma flows. It is found that they exhibit …