NASA's Juno spacecraft has again captured stunning images of Jupiter and its moon Io, providing more insights into the solar ...

“We’re going to be spending a lot of time in Jupiter’s magnetosphere and we’re going to be coming up out of the equatorial plane, so JUICE will see the environment in a view that hasn't ...

"This happened inside Jupiter’s magnetosphere where the dust gets electrically charged, and in addition to Jupiter’s gravity, electromagnetic forces move particles on orbits that remain tied ...

That instrument measured the electric and magnetic waves produced in Jupiter’s magnetosphere. NASA then shifted the frequency of those waves into the audio range to make the audio track.

But the four star cameras—located on Juno's magnetometer boom—have also proved to be valuable detectors of high-energy particle fluxes in Jupiter's magnetosphere. They record "hard radiation ...

Nov. 26, 2024 — Dark ovals in Jupiter's polar haze, visible only at UV wavelengths, were first noticed 25 years ago, then ignored. A new study shows that these dark UV ovals are common ...

This article does not concern the decimetric radiation, generated by electrons spiralling around magnetic field lines in Jupiter's magnetosphere. Instead, it identifies a non-Io-controlled ...

Since these properties are sensitive to environmental conditions – for example, bombardment by charged particles from Jupiter's magnetosphere – as well as to geological processes, such as tectonic or ...

The planet has a swirling storm twice the width of Earth that's raged for at least the last 150 years called the Great Red Spot.

was the observation of the second most intense electron radiation belt after Jupiter’s. How such a belt could be maintained or even exist at Uranus lacked an explanation until now. “The other mystery ...

The magnetic field around Jupiter is enormous, with a strength some 20,000 times greater than that of Earth! The magnetosphere is some 1200 times larger in size than that found around the Earth! Note ...

FAST (Earth's aurora), THEMIS (Earth's magnetosphere), RBSP (Earth's radiation belts), MMS (magnetic reconnection mission), and MAVEN (Mars atmosphere). We also contribute to STEREO (solar wind) and ...