Bennu was discovered in 1999 and is believed to be part of a larger asteroid that collided with another space rock. It’s about one-third of a mile wide and is roughly the height of the Empire ...

Bennu asteroid reveals its contents to scientists − and clues to how the building blocks of life on Earth may have been seeded Story by Timothy J McCoy, Smithsonian Institution and Sara Russell ...

NASA says Bennu asteroid sample shows evidence of water, carbon 00:24. Rocks and soil collected from the asteroid Bennu and brought back to Earth last month by NASA's OSIRIS-REx probe are rich in ...

OSIRIS-REx's van-sized craft visited Bennu, scraped and collected material from the asteroid’s surface, and sealed it into a 3-foot-wide container, equipped with a heat shield, called the Sample ...

"Asteroid Bennu may be a fragment of an ancient ocean world. That's still highly speculative. But it's the best lead I have right now to explain the origin of that material," Lauretta said.

After a seven-year journey to asteroid Bennu and back, NASA’s OSIRIS-REx spacecraft dropped off its sample of rocks and dirt collected from the primitive asteroid last year in the desert of Utah.

Bennu is a 1,600-foot-wide near-Earth asteroid that was discovered in 1999 by the Lincoln Near-Earth Asteroid Research (LINEAR) Project. It passes by Earth approximately every 6 years. However ...

By traveling to Bennu, NASA researchers reasoned, a probe could gather pristine material. The OSIRIS-REx probe arrived at the 1,850-foot-wide asteroid in 2020, scooped up rock and dirt, and then ...

Bennu is categorized as a near-Earth asteroid, and scientists say there is a 1-in-1,750 chance it could slam into Earth during a series of very close passes between 2175 and 2199. Bennu is not ...

NASA's first asteroid sample is the most pristine sample of its kind. Now, back on Earth, the sample from asteroid Bennu has already delivered surprising findings about the early solar system and ...

Bennu isn’t an asteroid that will bring about worldwide devastation. If the asteroid were to collide with Earth, it would damage the planet outward up to 600 miles away from its impact zone ...