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Gigantic asteroid impact shifted the axis of solar system's biggest moon, study finds

  • A significant asteroid impact likely caused Ganymede's rotational axis to shift, as stated in simulations by Hirata. This change affects the moon's mass distribution.
  • Hirata expressed a desire to explore Ganymede and other Jupiter moons, noting the need for further investigation into the effects of the giant impact on Ganymede's interior.
  • The European Space Agency's JUICE space probe will arrive at Ganymede in 2034, gathering data to address questions about the moon's evolution.
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