(Blue is often used in diagrams to indicate the negative part of a magnetic field.) According to a News and Views column accompanying the article, Jupiter's magnetic field is likely generated by a ...

A groundbreaking study has unveiled a startling portrait of Jupiter‘s early days, revealing the gas giant was once nearly ...

In the early days of our solar system, when the Sun was still young and the planets were barely formed, Jupiter wasn’t the ...

According to their work, Jupiter's radius was once two to two-and-a-half times its current radius—large enough to contain ...

The researchers also determined that Jupiter's magnetic field at that time was approximately 50 times stronger than it is today. Adams highlights the remarkable imprint the past has left on today ...

According to the team, these dark UV ovals are a hint that some unusual processes are taking place in Jupiter’s strong magnetic field. This field spreads down to the poles and deep into the ...

Jupiter’s intense magnetic field generates the solar system’s ... the moons independently around the same time as Galileo. A diagram of the four moons appears over his shoulder in “Mundus ...

Scientists at the University of Reading have discovered a solar wind event from 2017 that hit Jupiter and compressed its magnetosphere – a protective bubble created by a planet's magnetic field.

The dark UV ovals hint at unusual processes taking place in Jupiter's strong magnetic field that propagate down to the poles and deep into the atmosphere, far deeper than the magnetic processes ...

And they hint at unusual processes taking place in Jupiter’s strong magnetic field that propagate down to the poles and deep into the atmosphere, far deeper than the magnetic processes that produce ...