NASA's Juno spacecraft has again captured stunning images of Jupiter and its moon Io, providing more insights into the solar ...
These storms are not just spectacular phenomena—they hold key insights into the mechanics of Jupiter’s atmosphere and magnetic field. At the core of this discovery lies the interaction between ...
The planet's fast spin on its axis means that one Jupiter day lasts less than 10 Earth hours, and it sparks electrical currents that may drive the planet's intense and massive magnetic field ...
Around 12,000 kilometres deep, the pressure is so intense (approximately two million times stronger than the atmospheric pressure we experience on the Earth's surface), that the liquid hydrogen acts ...
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 ...
“There are only three bodies that possess an internal magnetic field—Earth, Mercury and Ganymede.” Will JUICE just study Jupiter’s moons? JUICE will also study the environment around Jupiter.
My research interests are in the magnetic fields of planets, planetary plasmas and the interaction of planetary objects - from giant Jupiter down to tiny comets - with the solar wind or magnetospheric ...
As Jupiter spins, it drags its magnetic field around with it, causing the most spectacular auroras in the solar system.
On both Earth and Jupiter, auroras occur when charged particles, such as protons or electrons, interact with the magnetic field — known as the magnetosphere — that surrounds a planet.