NASA’s Juno spacecraft has detected an unusual new variety of plasma phenomenon occurring over Jupiter's north pole.

The images reveal a speckled pattern of magnetic activity at the pole, caused by huge ruptures in the sun’s surface as magnetic fields pour in and out.

Jupiter was twice as big as it is today and had a magnetic field 50 times stronger Our Solar System's largest planet, Jupiter, was once so huge that it could have held 2,000 Earths, a study has found.

Trending News: New research reveals that Jupiter was once nearly twice its current size with a magnetic field 50 times stronger. This intense magnetism, capable of d ...

Research reveals Jupiter was larger with a stronger magnetic field early on. Jupiter's primordial size was about twice its current radius, say researchers. Clues from 4.5 billion years ago help ...

"Get 20% off Grammarly Premium by signing up at The Sun isn't the biggest thing in our Solar System. And it's not Jupiter, either. But close. It's Jupiter's very own magnetic field. What would it ...

Jupiter’s Color-Changing Mystery Might Finally Have An Answer The cause could be atmospheric waves powered by the planet’s intense magnetic field.

In June 2021, NASA’s Juno spacecraft flew close to Ganymede, Jupiter’s largest moon, observing evidence of magnetic reconnection. A team led by Southwest Research Institute used Juno data to ...

Instead, it travels along Jupiter's magnetic field lines, back toward the planet's poles, cycling through Jupiter's upper atmosphere.

Those vibrations are made up of waves in the magnetic field. Charged particles get caught up in those waves, and then smash into Jupiter’s atmosphere, causing the X-ray pulses that we see.

Caltech Postdoc Kimberly Moore will discuss why Magnetic fields can provide important constraints on a planet’s interior structure and dynamics. Dr. Kimberly Moore, Postdoctoral Scholar Research ...