[HN Gopher] Tiny orange beads found by Apollo astronauts reveal ...
       ___________________________________________________________________
        
       Tiny orange beads found by Apollo astronauts reveal Moon's
       explosive past
        
       Author : anigbrowl
       Score  : 20 points
       Date   : 2025-06-22 22:09 UTC (4 days ago)
        
 (HTM) web link (www.sciencedaily.com)
 (TXT) w3m dump (www.sciencedaily.com)
        
       | pixelpoet wrote:
       | Really, they couldn't afford to put even a token image in there?
       | ScienceDaily really is a trash publication, and ofc not just for
       | this.
       | 
       | "We have discovered these truly beautiful samples of
       | extraterrestrial material, absolutely incredible to behold,
       | breathtaking in its glistening crystaline appearance, one of the
       | finest samples we've ever seen... anyway here's an Excel
       | spreadsheet and a bunch of academic references."
       | 
       | Nevermind, at least the original source comes through:
       | https://source.washu.edu/2025/06/why-the-moon-shimmers-with-...
        
         | dylan604 wrote:
         | From your link, "the researchers extracted beads from deep
         | within samples". Which made me laugh as earlier they stated,
         | "The beads, each less than 1 mm across," so deep here is
         | relative.
         | 
         | I went to TFA to see if there were additional data, as the
         | article didn't mention what the analysis results were to see
         | what the beads were made of, yet it's an exact copy.
        
           | pimlottc wrote:
           | > From your link, "the researchers extracted beads from deep
           | within samples". Which made me laugh as earlier they stated,
           | "The beads, each less than 1 mm across," so deep here is
           | relative.
           | 
           | What's contradictory about this? The beads are small and they
           | taken from underneath the surface: [0]
           | 
           | > These black glass beads were collected in a double drive
           | tube during Apollo 17 from a depth of ~0.5 m on the south rim
           | of Shorty Crater.
           | 
           | 0: https://www.sciencedirect.com/science/article/pii/S0019103
           | 52...
        
             | dylan604 wrote:
             | "deep within the samples"
             | 
             | not samples taken from deep in the lunar surface--is .5m
             | really deep though
             | 
             | they were concerned the surface of the samples would be
             | contaminated by earth's atmosphere. regardless of where the
             | samples were taken in regards to the moon's surface, they'd
             | still need to be worked here on earth's surface. so they
             | are taking their samples from within each bead from the
             | "depths" of the 1mm bead and not just scratching something
             | off the bead's surface.
             | 
             | Edit: I finally read "extracted beads from deep with in
             | samples" correctly. ::face-palm::
        
         | teddyh wrote:
         | Articles only need click-bait titles, not pictures, in order to
         | be profitable. Relevant and informative pictures are an
         | unecessary expense. People don't read articles to be informed,
         | people read articles to feel smart. And to just _feel_ smart,
         | you don't actually need a picture.
        
           | quesera wrote:
           | More to the point -- even if there were no pictures, I'm sure
           | the ads loaded successfully.
           | 
           | For those who browse without protection, at least.
        
       | shayway wrote:
       | Apollo 17 astronauts discovering orange on the moon [0]. Probably
       | my favorite recording from any Apollo mission. Their childlike
       | glee is infectious.
       | 
       | [0] https://www.youtube.com/watch?v=Ipj1aFZxTt0
        
       ___________________________________________________________________
       (page generated 2025-06-26 23:02 UTC)