This is what an asteroid looks like up close.
Really close.
Through an electron microscope!

First studies of the pieces of asteroid Bennu gathered by NASA's OSIRIS-REx spacecraft are out now:
https://onlinelibrary.wiley.com/doi/10.1111/maps.14227 #space #astronomy #nasa #science #life #astrodon

Turns out that asteroids are quite beautiful at microscopic scale.

This "bloom" of phyllosilicate minerals was collected from the surface of Bennu, a near-Earth asteroid, by OSIRIS-REx.

https://onlinelibrary.wiley.com/doi/10.1111/maps.14227 #science #space #nasa

One major surprise from NASA's OSIRIS-REx mission:

Bennu contain minerals similar to those found at the mid-Atlantic ridge on Earth, indicating that this little asteroid was once part of a bigger, water-rich world.

https://news.arizona.edu/news/bennu-holds-solar-systems-original-ingredients-might-have-been-part-wet-world #science #space #life

Bennu holds the solar system's 'original ingredients,' might have been part of a wet world | University of Arizona News

OSIRIS-REx sample scientists took a deep dive into the rocks and dust returned from asteroid Bennu. They found that the sample is rich in carbon, nitrogen and organic compounds – essential components for life as we know it.

@coreyspowell Cannot wait to sit down with the MAPS paper! Did my research on clays and am very familiar with this look. Always loved how they look under SEM.

@coreyspowell

Now why is that photo giving me flashbacks to the movie The Andromeda Strain?

@coreyspowell Woah, don't let Avi Loeb see this! 😂
@coreyspowell @AkaSci Cool! Oh, what’s that … protomolecule!? 👾

@coreyspowell

Random junk stuck together with bailing wire and glue.

No, that is not correct.

it is stuck together with WD-40 and duct tape.

Ok, how about just gravity?

@coreyspowell
I like D50 and the laminated parts.
@coreyspowell Oh, I just read the Papier. No AFM, definitely. 🔬