Meteoroid impacts create seismic waves that cause Mars to shake more strongly and deeply than previously thought. This is shown by an investigation using artificial intelligence carried out by an international research team led by the University of Bern. Similarities were found between numerous meteoroid impacts on the surface of Mars and marsquakes recorded by NASA’s Mars lander InSight. These findings open up a new perspective on the impact rate and seismic dynamics of the red planet. Meteoroid impacts create seismic waves that cause Mars to shake more strongly and deeply than previously thought. This is shown by an investigation using artificial intelligence carried out by an international research team led by the University of Bern. Similarities were found between numerous meteoroid impacts on the surface of Mars and marsquakes recorded by NASA’s Mars lander InSight. These findings open up a new perspective on the impact rate and seismic dynamics of the red planet. Planetary Sciences Phys.org – latest science and technology news stories
Machine learning reveals meteoroid impacts may play a bigger role in triggering marsquakes
