Many phenomena in the Earth's magnetotail have characteristic temporal scales of several
minutes and spatial scales of a few Earth radii (RE). Examples of such transient and …

The energetic electrons and ions embedded in Earthward‐moving plasmoid structures have
been observed. These plasmoids are associated with a rotational local Bz component (bi …

Magnetic reconnection is a critically important process in defining the dynamics and energy
transport within plasma environments. In near‐Earth space we may track where and when …

We present a comprehensive study of the magnetic field and plasma signatures of
reconnection events observed with the Cassini spacecraft during the tail orbits of 2006. We …

In this letter, first observations of ion‐scale magnetic island from the Magnetospheric
Multiscale mission in the magnetosheath turbulent plasma are presented. The magnetic …

Examination of Cluster measurements has revealed the presence of traveling compression
regions (TCRs) in the lobes of the Earth's magnetotail at X∼− 11–19 RE. These TCRs …

Magnetic reconnection plays a crucial role in violent energy conversion occurring in the
environments of high electrical conductivity, such as the solar atmosphere, magnetosphere …

The magnetotail lobe region at Mercury is characterized by low plasma density and low
magnetic field variability compared to the nightside magnetosheath and central plasma …

An investigation of the 2003 Cluster tail season has revealed small flux ropes in the near-tail
plasma sheet of Earth. These flux ropes manifest themselves as a bipolar magnetic field …

The release of plasma in the jovian magnetotail is observed in the form of plasmoids,
travelling compression regions, field-aligned particle beams and flux-rope like events. We …