Ganymede's Magnetic Field Linked to Active Core Formation
Recent research indicates that Ganymede's magnetic field may be driven by ongoing core formation rather than the previously assumed cooling process, challenging existing theories.
Editorial Staff
1 min read
Updated about 2 hours ago
Ganymede, known as Jupiter's largest moon and the biggest moon in the solar system, is distinguished by its vast ocean of ice.
New findings suggest that the moon's magnetic field is influenced by active core formation, a departure from earlier beliefs that attributed it to a cooling core.
This research adds to the understanding of Ganymede's unique characteristics and may reshape how scientists view the dynamics of celestial bodies.