How interstellar objects reach Earth and where they are most likely to land
New simulations reveal interstellar objects don't arrive uniformly, with concentrations from the solar apex and galactic plane. Earth's orbital motion creates seasonal impact patterns, peaking in Northern Hemisphere winter. Most impacts are predicted near the equator, with a slight Northern Hemisphere bias due to orbital geometry and the Sun's influence.
New simulations reveal interstellar objects don't arrive uniformly, with concentrations from the solar apex and galactic plane. Earth's orbital motion creates seasonal impact patterns, peaking in Northern Hemisphere winter. Most impacts are predicted near the equator, with a slight Northern Hemisphere bias due to orbital geometry and the Sun's influence.
