• Take a look at the full asteroid Bennu sample in all its glory

    From a425couple@21:1/5 to All on Mon Jan 22 10:54:58 2024
    XPost: alt.astronomy, alt.fan.heinlein

    What huge progress we have made. Just a few years ago only
    science fiction authors would even be thinking about going
    out and grabbing samples from an asteroid and bringing them
    back to examine in out labs.

    from https://www.engadget.com/take-a-look-at-the-full-asteroid-bennu-sample-in-all-its-glory-161309568.html?guccounter=1


    Take a look at the full asteroid Bennu sample in all its glory
    NASA shared an image of what's inside the TAGSAM after finally getting
    the lid off last week.
    Cheyenne MacDonald
    Cheyenne MacDonald
    Weekend Editor
    Sat, Jan 20, 2024, 8:13 AM PST·1 min read

    8NASA/Erika Blumenfeld/Joseph Aebersold
    Who doesn’t love showing off their collection of cool rocks? NASA was
    finally able to get into the asteroid Bennu sample container last week
    after struggling with it for a couple of months, and now, it’s sharing a
    look at what’s inside. The space agency published a high-resolution
    image of the newly opened Touch-and-Go-Sample Acquisition Mechanism
    (TAGSAM) on Friday, revealing all the dust and rocks OSIRIS-REx scraped
    off the asteroid’s surface.

    The image is massive, so you can zoom in to see even the finer details
    of the sample. Check out the full-sized version on NASA’s website.
    There’s an abundance of material for scientists to work with, and as OSIRIS-REx team member Lindsay Keller said back in September, they plan
    to make the most of microanalytical techniques to “really tear it apart, almost down to the atomic scale.” Asteroid Bennu, estimated to be about
    4.5 billion years old, may hold clues into the formation of our solar
    system and how the building blocks of life first came to Earth.

    Scientists have already discovered signs of carbon and water in the
    excess material they found on the outside of the TAGSAM. While they’d
    hoped to get at least 2.1 ounces (60 grams) of regolith from the
    asteroid, OSIRIS-REx was able to grab much more. The team obtained 2.48
    ounces (70.3 grams) just from the “bonus” material accumulated on the sample hardware. NASA plans to spend the next two years analyzing
    portions of the sample, but the majority of it will be preserved for
    future studies and to be shared with other scientists.

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