We present multispacecraft observations of enhanced flow/electric field channels in the
inner magnetosphere and conjugate subauroral ionosphere, ie, subauroral polarization …

Magnetosheath jets are regions of high dynamic pressure, which can traverse from the bow
shock towards the magnetopause. Recent modelling efforts, limited to a single jet and a …

Introduction: During recent years magnetosheath plasma structures called “jets” are
identified in spacecraft data as localized regions in the magnetosheath where the dynamic …

Context. Sufficiently far from the Sun, all comets go through a phase of low activity. Rosetta
observations at large heliocentric distances of approximately 3 au showed that the plasma at …

Ultra low frequency (ULF) electromagnetic waves have been regularly observed by the
CRRES, Cluster, and Van Allen Probes satellites near the plasmapause during substorms …

We report on observations of enhanced plasma turbulence and hot particle distributions in
the plasmasphere boundary layer formed by reconnection-injected hot plasma jets entering …

Context. The plasma near the nucleus of a comet is subjected to an electric field to which a
few different sources contribute: the convective electric field of the solar wind, the ambipolar …

In this paper we discuss numerical simulations that illustrate a physical mechanism leading
to the formation of crescent-shaped electron velocity distribution functions at the edges of a …

This research examines the plasma processes under penetration of the plasma clouds
(plasmoids) across the magnetopause which is modeled as a tangential discontinuity (TD) …

Whistler mode waves can propagate upstream without collision impact. They are generated
in these areas of vibration. They are known to play a crucial role in thermodynamics and …