@smithsonianmag.com
Discover the latest stories in history, archaeology, science, arts and culture from one of the top news magazines.
π’
Update this brand profile
Help us improve this profile by requesting updates.
Logo
SVG
Logo
SVG
Description
NASA is at the forefront of astrobiology and planetary science, with its latest endeavor centered on the analysis of rocks and dirt retrieved from the asteroid Bennu. The OSIRIS-REx mission brought back a total of 121.6 grams of material, aimed at unlocking the secrets of the early solar system and contributing to our understanding of the origins of life on Earth. Scientists at the Goddard Space Flight Center in Maryland are meticulously examining a small sample of this asteroid, which is notable for its highest measured carbon abundance among extraterrestrial materials.
This pristine sample has not undergone the geological and biological processes that have altered Earthβs ancient materials, making it a unique resource for research. By analyzing the organic molecules within this asteroid material, NASA researchers aim to understand the role of asteroids in delivering life's building blocks to our planet. The findings could revolutionize our comprehension of life's beginnings, solidifying NASA's position as a leader in space exploration and scientific discovery.
Brand industry
Heavy Industry and Engineering
@smithsonianmag.com
Discover the latest stories in history, archaeology, science, arts and culture from one of the top news magazines. Smithsonian Magazine brings you compelling, in-depth articles every day.
Logo
SVG
Logo
SVG
Description
NASA is at the forefront of astrobiology and planetary science, with its latest endeavor centered on the analysis of rocks and dirt retrieved from the asteroid Bennu. The OSIRIS-REx mission brought back a total of 121.6 grams of material, aimed at unlocking the secrets of the early solar system and contributing to our understanding of the origins of life on Earth. Scientists at the Goddard Space Flight Center in Maryland are meticulously examining a small sample of this asteroid, which is notable for its highest measured carbon abundance among extraterrestrial materials.
This pristine sample has not undergone the geological and biological processes that have altered Earthβs ancient materials, making it a unique resource for research. By analyzing the organic molecules within this asteroid material, NASA researchers aim to understand the role of asteroids in delivering life's building blocks to our planet. The findings could revolutionize our comprehension of life's beginnings, solidifying NASA's position as a leader in space exploration and scientific discovery.
Brand industry
Heavy Industry and Engineering
env: preview
uid: anonymous
email: anonymous
firebase: brandfetch-staging
api: api.staging.brandfetch.io/v2
cdn: cdn.staging.brandfetch.io
graphql: graphql.staging.brandfetch.io