In the present review we survey space plasma systems where the nonlinear resonant
interaction between charged particles and electromagnetic waves plays an important role …

Rapid plasma eruptions explosively release energy within Earth's magnetosphere, at the
Sun and at other planets. At Earth, these eruptions, termed plasmoids, occur in the …

The review is devoted to plasma structures with an extremely small transverse size, namely,
thin current sheets that have been discovered and investigated by spacecraft observations …

This paper describes highly interesting observations of the 25 December 2015 substorm
onset at 08: 17 UT during northward interplanetary magnetic field (IMF) while …

Abstract Using Magnetospheric Multiscale mission (MMS) orbits in the Earth's magnetotail
from 2017 to 2020, plasma conditions and the 3D spatial structure of inner‐magnetotail …

Suprathermal electrons in the near‐Earth plasma sheet are important for inner
magnetosphere considerations. They are the source population for outer radiation belt …

The near‐Earth plasma sheet region is the main source of energetic (tens to hundreds keV)
ion and electron populations transported by convection and injections into the inner …

In collisionless space plasmas, the energy cascade from larger to smaller scales requires
effective interactions between ions and electrons. These interactions are organized by sub …

On 17 March 2008 around 0912 UT the five THEMIS spacecraft P1–P5 were in the plasma
sheet between 2200 and 2300 h magnetic local time (MLT), covering radial distances …

In this paper we investigate the fine structure of the current sheet located at the dawn side
(and the central region) of the Jovian magnetotail (magnetodisk). We consider observational …