Juno is a PI-led mission to Jupiter, the second mission in NASA's New Frontiers Program.
The 3625-kg spacecraft spins at 2 rpm and is powered by three 9-meter-long solar arrays …

Abstract The Juno Magnetic Field investigation (MAG) characterizes Jupiter's planetary
magnetic field and magnetosphere, providing the first globally distributed and proximate …

The Jovian magnetosphere assumes a disc‐like geometrical configuration (“magnetodisc”)
owing to the persistent presence of a system of azimuthal currents circulating in a washer …

Abstract The Jovian Auroral Distributions Experiment (JADE) on Juno provides the critical in
situ measurements of electrons and ions needed to understand the plasma energy particles …

The Galilean moons play major roles in the giant magnetosphere of Jupiter. At the same
time, the magnetospheric particles and fields affect the moons. The impact of …

Abstract The Jupiter Energetic Particle Detector Instruments (JEDI) on the Juno Jupiter polar-
orbiting, atmosphere-skimming, mission to Jupiter will coordinate with the several other …

The Juno spacecraft acquired direct observations of the jovian magnetosphere and auroral
emissions from a vantage point above the poles. Juno's capture orbit spanned the jovian …

Jupiter is the source of the strongest planetary radio emissions in the solar system.
Variations in these emissions are symptomatic of the dynamics of Jupiter's magnetosphere …

Radio detection at high time-frequency resolutions is a powerful means of remotely studying
electron acceleration processes. Radio bursts have characteristics (polarization, drift …

Previous Juno mission event studies revealed powerful electron and ion acceleration, to
100s of kiloelectron volts and higher, at low altitudes over Jupiter's main aurora and polar …