Christopher DaviesSocial Links Navigation Latest articles by Christopher Davies Earth's magnetic field may change faster than we thought — new research By Christopher Davies last updated 6 July 22 Our new study, published in Nature Communications, has uncovered some answers. Earth Life on Earth: Why we may have the moon's now defunct magnetic field to thank for it By Christopher Davies, Jon Mound published 26 October 20 These fields are generated thousands of kilometres below the planet’s surface in its liquid core and extend far into space – shielding the atmosphere from harmful solar radiation. The moon Get the Space.com NewsletterBreaking space news, the latest updates on rocket launches, skywatching events and more!Contact me with news and offers from other Future brandsReceive email from us on behalf of our trusted partners or sponsors MORE FROM SPACE...1NASA Mars probe spies dusty, retired Insight lander from orbit (photo)2Rocket Lab scrubs Strix radar satellite launch for Synspective over 'sensor data'3Hubble's 'impossible' planet explained? Gas giants may have formed fast in early universe4NASA's Hubble and Chandra telescopes discover a strange 'sideways' black hole in a cosmic crime scene (image)5The Ursid meteor shower peaks this weekend. Here's what to expect from the final 'shooting stars' of 2024
Earth's magnetic field may change faster than we thought — new research By Christopher Davies last updated 6 July 22 Our new study, published in Nature Communications, has uncovered some answers.
Life on Earth: Why we may have the moon's now defunct magnetic field to thank for it By Christopher Davies, Jon Mound published 26 October 20 These fields are generated thousands of kilometres below the planet’s surface in its liquid core and extend far into space – shielding the atmosphere from harmful solar radiation.
