Puzzle Series: What is this, or what do you want it to be?

20 responses to “What’s That? (#107)”

  1. Core 10 Steel Sphere?

  2. • translucent, blown-glass light fixture? new moon of ex-planet Pluto?

  3. Is it agatized Indonesian fossilized coral? Oh wait… that was for What’s that #22… never mind…

  4. looks like a bloody ball, yes?

  5. Yes Sir, bloody ball with fire

  6. Maybe its surface has melted a little from atmospheric re-entry.

  7. X-ray of the Sun?

    (Maybe with coloring added…?)

  8. Hmmm… looks like some initials embedded…. could it be DFJ??? Imagination???

  9. Something you passed into a collecting jar this morning?

  10. Dinosaur(?) Gembone. The background is photoshopped. Is it actually spherical?

  11. Bingo dendowling, a new winner! You are exactly right. How did you know (have you seen something like it before?)

    It is quite large. 4" across, and was polished in 1940.

    You can see the trabecular structure of the porous bone and marrow, mineralized over eons, with a peculiar affinity for uranium.

    Some Jurassic Park aspirants have tried to isolate DNA from Dino bones, but the structure is mostly lost.

    Details on this globe: Jurassic, Morrison Formation, Utah. Formerly part of the Zerk Lapidary Collection.

  12. Thanks! Hadn’t seen this before. Just thought it had cool colors and pattern and searched google images. Looked at red stones first – Carnelian, Citrine, Jasper, Jade. But, their marble patterns were either too smooth or too irregular. I also thought the pattern looked like biological tissue – muscle, brain, liver. Then, spongy bone patterns started to look more like your pic. This object looks hard and shiny so, searched petrified bone and found gembones and agatized bone.

    BTW, Flickr has a lot of good pics of dinosaur gembones. [http://www.flickr.com/groups/gembone_lovers/pool/]

  13. visual search at its best. Thanks!

  14. Just saw this gorgeous 32x microscopy zoom of dino bone in the January 2014 SciAm:

    Dino Bone SciAm Microscopy

    "The red bubbles Douglas Moore documented in the process may look like blood, but they are in fact iron oxides mixed with a crystalline form of silica known as agate—the same stuff that often makes geodes and petrified wood so colorful. Through a chemical process that has mystified geologists for centuries, silica reacted with bone to “agatize” the entire specimen."

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