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OSIRIS-REx
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- 1Asteroid Bennu may have formed closer to the Sun●Asteroid Bennu may have formed much closer to the Sun than scientists thought
New findings suggest asteroid Bennu, a near-Earth object studied by NASA's OSIRIS-REx mission, may have originated much closer to the Sun than previously believed, challenging existing models of how the solar system's early materials were distributed. Scientists say the asteroid's composition could indicate it formed in a warmer region before migrating outward.
- 2Asteroid Bennu Came From an Unexpected Corner of the Solar System●Asteroid Bennu Came From an Unexpected Corner of the Solar System https://gizmodo.com/asteroid-bennu-came-from-an-unexpe
New reporting says asteroid Bennu, a near-Earth asteroid studied closely by NASA's OSIRIS-REx mission, may have originated in a region of the solar system that scientists did not previously expect. The finding could change how researchers understand Bennu's composition and the early solar system's history.
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New reporting says asteroid Bennu, the near-Earth object studied by NASA's OSIRIS-REx mission, likely originated in an unexpected region of the early solar system rather than the main asteroid belt where scientists assumed it formed. The findings could reshape understanding of how the solar system's building blocks were distributed and delivered water and organic material to Earth.
- 4Bennu Grains Shed Light on Jupiter's Role in Early Solar System▼Tiny Grains From Asteroid Bennu Reveal How Jupiter Shaped the Early Solar System
New analysis of tiny grains collected from asteroid Bennu suggests Jupiter played a decisive role in shaping the early solar system. The findings, drawn from the samples returned by NASA's OSIRIS-REx mission, are said to offer clues about how the giant planet's formation and migration influenced the distribution of material in the solar system's first millions of years, prompting interest among planetary scientists and space enthusiasts alike.