Jupiter, the largest planet in our solar system, is renowned for its complex magnetosphere and spectacular auroras. The study of Jupiter's magnetosphere involves understanding the magnetic field ...

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 ...

I plan to do research about Jupiter’s magnetosphere with Prof. Fran Bagenal at LASP. My research interests are the magnetic field and radiation belt of planets, the interaction between giant planet ...

When the balance is broken and the solar wind becomes strong, drastic changes occur including explosive aurora, luminous phenomena, and magnetosphere or ionosphere storms. It is believed that, since ...

Kivelson for her pioneering work on Jupiter and its moons, including the discovery of the intrinsic magnetic field of Ganymede and study of the coupling of its magnetosphere with that of Jupiter.

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 ...

Resurrected data from Galileo’s first flyby of Ganymede is yielding new insights about the moon’s environment — which is unlike any other in the solar system. Far across the solar system, from where ...

The map reveals how Jupiter's powerful magnetosphere influences the radiation environment around one of the gas giant's moons, Europa, which is crucial for understanding the moon's surface ...

Juno’s findings have already transformed how we view Jupiter, uncovering a wildly dynamic atmosphere, a powerful magnetosphere, and moons like Europa and Ganymede with stories of their own. Its ...