We analyze the magnetic field perturbations observed near Jupiter's icy moon Europa by the
Galileo spacecraft during the E26 flyby on 3 January 2000. In addition to the expected large …

In the advent of the Rosetta arrival at the comet 67P/Churyumov–Gerasimenko, we present
a global 3D hybrid simulation model of the cometary plasma interaction which resolves the …

Since the arrival of the Cassini spacecraft at Saturn in July 2004, newly collected plasma
and magnetic field data have greatly expanded our knowledge on the interaction between …

Enceladus is the first planetary object for which direct sampling of a subsurface water
reservoir, likely habitable, has been performed. Over a decade of flybys and seven …

Mercury is the closest orbiting planet around the sun and is therefore embedded in an
intensive and highly varying solar wind. In-situ data from the MESSENGER spacecraft of the …

The goal of our study is to present a systematic modeling framework for the identification of
water vapor plumes in plasma and magnetic field data from spacecraft flybys of Europa. In …

Using a hybrid model (kinetic ions, fluid electrons), we provide context for plasma and
magnetic field observations from Juno's PJ34 flyby of Ganymede on 07 June 2021. We …

We model the dynamics of energetic magnetospheric ions in the perturbed electromagnetic
fields near Jupiter's moon Europa. The inhomogeneities in the fields near Europa are …

The interaction between Callisto's atmosphere and ionosphere with the surrounding
magnetospheric environment is analyzed by applying a hybrid simulation code, in which the …

The tilt between Neptune's magnetic and rotational axes, along with Triton's orbital obliquity,
causes a strong time variability of the moon's local electromagnetic environment. To …