Jupiter's auroral emission is a spectacular phenomenon that provides insight into energy
release processes related to the coupling of its magnetosphere and ionosphere. This 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 …

Current sheets are an essential element of the planetary magnetotails, where strong plasma
currents self‐consistently support magnetic field gradients. The current sheet configuration is …

We present the average distribution of energetic electrons in Jupiter's plasma sheet and
outer radiation belt near the magnetic equator during Juno's first 29 orbits. Juno observed a …

The Juno mission, launched in 2011, has significantly advanced our understanding of
Jupiter's gravitational field, the solar wind and interplanetary conditions along its orbit, the …

The low‐altitude, polar orbit of the Juno mission allows the Jupiter Energetic Particle
Detector Instrument to view into, and resolve, the loss cone of energetic ions comprising the …

Jupiter's poleward (Zone II) main aurora exhibits bi‐directional electron acceleration;
upward acceleration dominates but downward acceleration generates strong aurora. During …

The Jovian magnetodisk plays an essential role in the dynamics of the Jupiter system by
coupling its various components. Here, we investigate the Juno (JADE, JEDI, and MAG) …

Outward transport of plasma in the inner and middle magnetospheres of gas giants results
from an interplay between mass loading from the inner dominant mass sources (volcanic …

Recent observations from Juno provided a detailed view of Jupiter's magnetodisk, including
its magnetic fields, waves, plasmas, and energetic particles. Here, we contribute to Juno …