The goal of NASA's Europa Clipper mission is to assess the habitability of Jupiter's moon
Europa. After entering Jupiter orbit in 2030, the flight system will collect science data while …

The primary objective of the Europa Clipper mission is to assess the habitability of Europa,
an overarching goal that rests on improving our understanding of Europa's interior structure …

In Jupiter's magnetosphere, the structure of the plasma sheet depends on the magnetic field
geometry and the centrifugal forces on the plasma. We present a simple formulation for the …

The electromagnetic coupling between the Galilean satellites at Jupiter and the planetary
ionosphere generates an auroral footprint, which is detected with high spatial resolution in …

One of the auroral features of Jupiter is the emission associated with the orbital motion of its
moon Io. The relative velocity between Io and the surrounding plasma trigger perturbations …

The jovian moon Io disperses about 1 ton/s of material in the planetary magnetosphere,
mainly by sublimation of SO2 from the surface and by its intense volcanic activity. The …

The solar wind‐Jovian magnetosphere‐ionosphere interaction is studied from the global
magnetohydrodynamic simulation. The calculation considers the high‐speed solar wind, Io …

Jupiter possesses the most hazardous radiation belt in the solar system, which contains ultra-
relativistic protons (∼ 100 GeV), electrons (∼ 100 MeV), and heavier ions like O+, O++, S+ …

The Io plasma torus is the primary source for plasma in Jupiter's magnetosphere.
Observations of fundamental properties of the torus place valuable constraints on how the Io …

Standard models of force balance along Jovian field lines predict the location of the Io
Plasma Torus to be the centrifugal equator of Jupiter's magnetosphere, that is, the position …