The energy resolution per bandwidth ER is a figure of merit that combines the field
resolution, bandwidth or duration of the measurement, and size of the sensed region …

We investigate the accuracy with which the reconnection electric field EM can be determined
from in situ plasma data. We study the magnetotail electron diffusion region observed by …

It has been proposed that, in the near‐Earth magnetotail, earthward propagating flux ropes
can merge with the Earth's dipole magnetic field and dissipate its magnetic energy …

Magnetic reconnection, an essential mechanism in plasma physics that changes magnetic
topology and energizes charged particles, plays a vital role in the dynamic processes of the …

Magnetic reconnection is a key process that explosively accelerates charged particles,
generating phenomena such as nebular flares, solar flares and stunning aurorae. In …

The GRAPES-3 tracking muon telescope in Ooty, India measures muon intensity at high
cutoff rigidities (15–24 GV) along nine independent directions covering 2.3 sr. The arrival of …

We present observations of electron energization within a sub‐ion‐scale magnetosheath
current sheet (CS). A number of signatures indicate ongoing reconnection, including the …

Magnetic reconnection and dipolarization are crucial processes driving magnetospheric
dynamics, including particle energization, mass circulation, and auroral processes, among …

Reconnection within planetary magnetotails is responsible for locally energizing particles
and changing the magnetic topology. Its role in terms of global magnetospheric dynamics …

Solar wind energy is transferred to planetary magnetospheres via magnetopause
reconnection, driving magnetospheric dynamics. At giant planets like Saturn, rapid rotation …