The habitability of the surface of any planet is determined by a complex evolution of its
interior, surface, and atmosphere. The electromagnetic and particle radiation of stars drive …

The most intense auroral emissions from Earth's polar regions, called discrete for their
sharply defined spatial configurations, are generated by a process involving coherent …

Juno obtained unique low‐altitude space environment measurements over Jupiter's poles
on 27 August 2016. Here Jupiter Energetic‐particle Detector Instrument observations are …

Recent observations by the Juno spacecraft have shown that electrons contributing to
Jupiter's main auroral emission appear to be frequently characterized by broadband …

The Juno spacecraft crossed flux tubes connected to the Io footprint tail at low Jovian
altitudes on multiple occasions. The transits covered longitudinal separations of …

A large set of observations of Jupiter's ultraviolet aurora was collected with the Hubble
Space Telescope concurrently with the NASA‐Juno mission, during an eight‐month period …

The article presents a review of scientific problems and methods of ultraviolet astronomy,
focusing on perspective scientific problems (directions) whose solution requires UV space …

Two new Juno‐observed particle features of Jupiter's main aurora demonstrate substantial
diversity of processes generating Jupiter's mysterious auroral emissions. It was previously …

Jupiter's ultraviolet (UV) aurorae, the most powerful and intense in the solar system, are
caused by energetic electrons precipitating from the magnetosphere into the atmosphere …

Jupiter is a complex and at the same time very powerful radio source in the decameter
wavelength range. The emission is anisotropic, intrinsically variable at millisecond to hour …