Bennu, a rocky object classified as a near-Earth ... the impact of the collision would cause earthquakes, wildfires and thermal radiation. It would also leave a large crater and eject debris ...

Bennu, one of the largest asteroids, has been the subject of research and simulations in the event of an impact with our planet. Bennu is 500 meters wide and astronomers have predicted a one in ...

Bennu is significantly smaller than the 6-mile ... "It would immediately generate powerful shockwaves, thermal radiation, tsunamis, earthquakes, crater, and ejecta around the collision site ...

(THE CONVERSATION) A bright fireball streaked across the sky above mountains, glaciers and spruce forest near the town of Revelstoke in British Columbia, Canada, on the evening of March 31, 1965.

Scientists from NASA’s OSIRIS-REx asteroid sample return mission recently delivered remarkable findings about asteroid 101955 Bennu after the mission returned its samples to Earth in 2023.

Analysing returned samples Tim McCoy (right), curator of meteorites at the Smithsonian’s National Museum of Natural History, and research geologist Cari Corrigan examine scanning electron microscope ...

Scientists have confirmed the presence of organic molecules on the surface of the near-Earth asteroid Bennu, opening the door to the possibility that life on Earth arose from cosmic origins.

Bennu was the target for NASA's OSIRIS-REx asteroid ... "Beyond immediate effects such as thermal radiation, earthquakes, and tsunamis, asteroid impacts would have long-lasting climatic effects ...

In 2016, NASA embarked on a new and unique mission: sending the Osiris-REx spacecraft to rendezvous with the asteroid Bennu to study the rocky space object and collect samples to return to ...

Bennu’s potential collision with Earth is a remote but unsettling possibility, according to a new study. Bennu is about 500 metres wide—taller than the Empire State Building and as wide as ...

A capsule carrying precious samples from asteroid Bennu landed on Earth on Sunday. Nasa scientists hope the material could give hints to how life here began. BBC Science editor Rebecca Morelle ...