“We now have a close-up view of Jupiter’s magnetic field, almost as good as our knowledge of the Earth’s field, which took hundreds of years to work out,” said planetary scientist Chris ...

The curious minds at What If imagine the strange world created by Earth possessing Jupiter's immense magnetic field.

Earth's magnetic field — also known as ... Powerful solar winds squish Jupiter's magnetic field 'like a giant squash ball' Related: The Carrington Event: History's greatest solar storm ...

Imagine the powerful auroras and potential technological disruptions if Earth possessed a magnetic field as strong as Jupiter's. Australia's opposition left reeling after crushing election defeat ...

The orange and blue lines depict the opposite north and south polarity of Earth's field lines. You may like Powerful solar winds squish Jupiter's magnetic field 'like a giant squash ball' 150,000 ...

The same magnetic phenomenon that causes auroras on Earth ... may like Venus may be geologically 'alive' after all, NASA reveals Powerful solar winds squish Jupiter's magnetic field 'like a ...

Like a compass, it actually relies on the Earth’s magnetic field to turn. As long as there’s ample light and a planet beneath our feet, this version of Jupiter should rotate forever.

Jupiter's magnetic field has changed since the 1970s, and physicists have proved it. That's not exactly a surprise. Earth's magnetic field, the only planetary field for which we have good ongoing ...

If Earth’s magnetic field resembles that of a bar magnet, Jupiter’s field looks like someone took a bar magnet, bent it in half and splayed it at both ends. The field emerges in a broad swath ...

These movements generate the magnetic field. Earth isn’t the only planet with a magnetic field – gas giant planets like Jupiter have a conducting metallic hydrogen layer that generates their ...

The same magnetic phenomenon that causes auroras on Earth has now surprisingly been discovered creating giant magnetic bubbles around Venus, a planet without a magnetic field. These findings could ...