RECENT radio observations of Jupiter, in the frequency-range 14–27 Mc./s., have suggested the presence of an ionosphere and a magnetic field on the planet. If the magnetic field is regarded as ...

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 ...

Gathering of black spheres to the center light animation. Attraction of objects with long shadows. 3D abstract concept of collaboration. Magnetic attraction of objects to central formation render ...

And it's not Jupiter, either. But close. It's Jupiter's very own magnetic field. What would it be like if Earth's magnetic field was as huge as Jupiter's?" Donald Trump engaged in 'criminal effort ...

Test.py contains 2 functions, map2d(R=0.85, MaxDeg=13) and vecfld(extshell_rad=1.0, layer=3, MaxDeg=10). map2d generates 3 .png files as the cylindrical map of world ...

Researchers have determined that these vortices are caused by Jupiter's powerful magnetic field, which is 20,000 times stronger than Earth's. Charged particles from the volcanoes on the moon Io ...

In this paper, we compile the latest prescriptions for tidal and magnetic migration and mass-loss rates to explore the dynamics of hot Jupiter systems. We study how the implemented interactions shape ...

Juno’s close passes have also allowed scientists to map Io’s magnetic field and plasma interactions, revealing how charged particles from Io contribute to Jupiter’s massive magnetosphere.

This gives Jupiter a powerful magnetic field, with an influence stretching for millions of kilometres beyond the planet. Electrically-charged particles, some from the Sun and others from Jupiter's ...