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NASA reveals asteroid samples with carbon and water evidence.


A ⁣picture of some of the sample matter collected from the asteroid is displayed during a press conference for the OSIRIS-REx sample unveiling at the Johnson Space ​Center in Houston, Texas on October 11, 2023. ⁤ (Photo by MARK FELIX/AFP /AFP via Getty ⁤Images)

OAN’s Abril Elfi
4:25 PM – ‍Thursday, October⁢ 12, 2023

NASA‌ shared glimpses of the rocks and⁤ dust brought back from an‌ asteroid, ​showing ⁢evidence of carbon and water.

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NASA administrator Bill Nelson ⁢said the samples brought ​back ⁢a large ​amount of carbon. Dr. Jason⁣ Dworkin, OSIRIS-REx project scientist ‌at NASA’s Goddard Space Flight Center in Greenbelt, Maryland said that the⁤ sample was roughly 5% ⁤carbon by​ weight which reportedly makes it one ⁤of the highest concentrations of carbon to be studied in an asteroid.

“Far⁤ exceeding our goal of‍ 60‍ grams,‌ this is the biggest carbon-rich asteroid‌ sample ever returned to Earth,” Nelson said. “The carbon and water molecules are exactly the kinds of​ material that we wanted to find. They’re ‍crucial elements in the formation ​of our own planet. And they’re ⁢going ‍to ⁣help us determine the origin ⁣of elements that could have led⁢ to life.”

The sample, recovered by NASA’s ‍OSIRIS-REx mission from the 4.5 billion-year-old ⁤near-Earth asteroid, Bennu, in ⁢October 2020, landed on Earth in a capsule on September 24th in the‌ Utah ⁣desert.

Scientists ‍have been hard at work since then, investigating ⁢the quantity ⁢of material, more than they expected, ⁢just within the‍ canister’s lid ⁤to conduct ⁢an early examination.⁤ The results ⁢of that research, as well as the first glimpse at the sample, were revealed on Wednesday during a live NASA broadcast from the agency’s Johnson Space Center in Houston ⁢and it was reported to ​be the most⁣ significant asteroid sample ever returned ​to Earth.

Most of the samples brought back from Bennu have not been publicly released because they’re locked​ inside the TAGSAM device, which researchers have to take apart methodically.

Dante Lauretta, the principal investigator for NASA’s OSIRIS-REx mission, said that⁣ they are optimistic ⁤about having a pretty good estimate of the ⁢entire mass of the sample within two weeks or so.

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What is the significance of finding carbon and water molecules in the asteroid sample collected by the OSIRIS-REx⁣ mission, and how could it contribute to our understanding of the origin of life?

Successfully collected a substantial amount of carbon-rich material. This is a major achievement for ‌the OSIRIS-REx mission and⁢ provides⁣ invaluable ⁤insights into the composition and formation of our planet.

NASA administrator Bill Nelson⁢ emphasized the significance of the carbon‍ and‍ water molecules found in⁢ the asteroid sample. These elements play a crucial role ⁣in the⁢ formation of Earth and could potentially shed light on the origin of life. The high concentration of ​carbon in the sample, approximately 5%⁢ by weight, makes it ⁢one of the largest ⁤carbon-rich ‌asteroid samples ever studied.

The successful return of the⁢ sample from​ the near-Earth asteroid Bennu is a culmination⁤ of‌ the‍ OSIRIS-REx mission’s seven-year journey. After its recovery in ⁢October 2020, the sample ⁢landed​ on Earth in a capsule on September 24th, making its way to the​ Utah​ desert.

Since then, scientists ‌have been diligently working to analyze the sample ⁤and make groundbreaking ‌discoveries. The ⁢early examination of the canister’s lid‍ has revealed more material than anticipated, fueling excitement and anticipation for⁢ further research. The results of‍ this⁤ initial investigation were shared during a live NASA broadcast from the Johnson Space Center in ⁢Houston, further highlighting the significance of this ​achievement.

It ⁢is important to ⁢note that most of the samples retrieved from ⁢Bennu have not been publicly released. These samples are securely locked‍ inside the TAGSAM ‌device and require meticulous disassembly by researchers. This process ensures that ⁤the ⁤samples are handled with precision ⁢and care to preserve their integrity for future scientific study.

Dante Lauretta, the ‍principal investigator for the OSIRIS-REx‍ mission, expressed optimism about the ⁣ongoing research and the potential‍ discoveries that lie ahead. This sample represents a treasure‌ trove of information that can provide valuable insights into the composition,​ evolution, and history of our solar system.

The successful collection of a ⁢substantial‍ carbon-rich ⁤asteroid sample marks a ⁤major ⁢milestone in space exploration. This achievement opens up new avenues for​ scientific research ⁤and deepens our understanding of the cosmos.⁤ The knowledge gained from these samples will pave ‌the‍ way‌ for future missions and contribute to our ‍overall understanding of our place in the universe.

In⁢ conclusion,‌ NASA’s OSIRIS-REx mission has successfully collected⁤ and returned a‍ significant carbon-rich asteroid sample. The ‌findings from this sample hold immense⁢ value ⁤in unraveling the mysteries of​ our solar system and the origins of life on Earth. This achievement showcases⁢ the⁤ exceptional capabilities of human space exploration‍ and underlines⁤ the importance ⁣of continuous scientific​ endeavors in expanding our knowledge of the universe.



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