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In US capital, selfies with asteroid hinting at Earth's origins

A black stone from Asteroid Bennu on display at the Smithsonian's National Museum of Natural History in Washington, D.C. (Image Smithsonian)

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In US capital, selfies with asteroid hinting at Earth's origins

Washington (AFP) Nov 4, 2023
In a hushed room of a museum in Washington, cameras and cell phones focus on a tiny piece of rock, no larger than a piece of gravel.

The fragment might seem insignificant, but it is a sample taken from the asteroid Bennu, which scientists are studying in the hope of discovering if asteroids actually brought the building blocks of life -- carbon and water -- to Earth.

Exhibited to the public on Friday for the first time at the Smithsonian in the US capital, the tiny stone is just visible inside its small capsule.

"This asteroid, now we know, has water crystals and carbon, two of the elements that produce ultimately life," said NASA boss Bill Nelson, a few minutes before the curtain rose on the dedication ceremony.

The new space venture is "part of our quest to understand, to try to understand, who we are, what we are, where we are, in the vastness of this cosmos," Nelson told journalists and space enthusiasts eager to whip out their cameras to snap an image of the rock fragment.

- 'Indescribable' -

Other museum visitors then come in and they too reach for their phones for a selfie with the little black rock.

Jenn Mann came from neighboring Virginia to take her grandson to "finally" see a piece of asteroid on Earth.

"I was afraid it was just a speck of dust, but it's actually much bigger than I thought," laughed the 64-year-old systems analyst.

"I was 10 years old when man first walked out on the Moon, and I think everyone in my generation is just really keen on all of that because you wouldn't remember all the excitement that was going on during that time," she said, before taking a photo for her daughter.

NASA's Osiris-Rex mission took the sample in 2020 from Bennu, an 4.5 billion-year-old asteroid 500 meters (1,640 feet) in diameter, which was more than 300 million kilometers (186 million miles) from Earth at the time.

The capsule containing the precious cargo returned successfully to Earth in September, landing in the American desert.

Since then, analysis has been underway at NASA's Johnson Space Center in Houston.

Even though she worked with the scientific team on the project, Nayi Castro, like the other visitors, was seeing a fragment of the sample with her own eyes for the first time.

"It's indescribable, I can't wait to bring my family and my friends to look at it," said the 36-year-old mission operations manager, proudly wearing the NASA logo on her t-shirt.

"To actually to look at this sample was super exciting cause it was so much work to get this sample back," she said, smiling.

- 'Dreamed of for 20 years' -

Tim McCoy, meteorite curator at the Smithsonian's National Museum of Natural History, described the discovery as a "milestone."

"Our planet has features that we haven't found on any other planet in the solar system or outside the solar system: we have continents, we have oceans, we have life," he told journalists.

"This is something I dreamed of for 20 years and today it comes to reality, but it's really just the first step," he said.

Even the operation to actually open the sample capsule is not complete. Due to the abundance of material found outside the collection mechanism itself, the main sample itself has not yet been opened.

The material already recovered was entrusted to a rapid analysis team, in order to obtain a first idea of the composition of Bennu.

Artificial Intelligence Analysis

are the new craze. Objectives:

NASA has displayed a fragment of an asteroid taken from Bennu, which scientists are studying in order to discover if asteroids brought carbon and water to Earth, which are the building blocks of life.

State-of-the-Art and Limitations:

The current state-of-the-art is NASA’s Osiris Rex mission which was able to take a sample of the 4.5 billion year old asteroid. The limitations are not stated. New Approach and Why it Will Succeed:

The new approach is the display of the fragment in the Smithsonian to the public. It will succeed because it is generating interest and excitement among the public in understanding and exploring the vastness of the cosmos. Target Audience and Impact if Successful:

The target audience is the public, including space enthusiasts and museum visitors. The impact if successful will be a renewed interest in space exploration and an understanding of the origins of Earth.

Risks Involved:

The risks involved in pursuing this approach are not stated. Cost of Pursuing:

The cost of pursuing this approach is not stated. Timeline for Achieving Results:

The timeline for achieving results is not stated. Mid-term and Final

Success Metrics:

The mid-term and final success metrics are not stated.

Score: 0/10

This AI report is generated by a sophisticated prompt to a ChatGPT API. Our editors clean text for presentation, but preserve AI thought for our collective observation. Please comment and ask questions about AI use by Spacedaily. We appreciate your support and contribution to better trade news.

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