joeq
Rough_Rock
- Joined
- Sep 30, 2003
- Messages
- 42
I saw an article today that they found a beetle in Queensland, Australia that naturally makes the precious gemstone opal.
http://www.smh.com.au/articles/2003/12/17/1071337033248.html
The beetle evolved to make the gem on its back due to the exceptional light return: The pattern appears strongly colored, whatever angle you look at it, which helps to make it recognizable to other members of its species in the dim light under the forest canopy. So "brilliance" and "light return" are important in nature, too...
This beetle is particularly interesting because humans have not been able to successfully synthesizing solid opals yet. By studying this beetle, they hope to develop a way to synthesize solid opal and other photonic crystals. Beyond gemstones, this has important uses in optical computing.
Apologies if it is off-topic. I thought it was pretty cool. Maybe someday we''ll find the elusive D-IF H&A beetle /idealbb/images/smilies/2.gif.
http://www.smh.com.au/articles/2003/12/17/1071337033248.html
The beetle evolved to make the gem on its back due to the exceptional light return: The pattern appears strongly colored, whatever angle you look at it, which helps to make it recognizable to other members of its species in the dim light under the forest canopy. So "brilliance" and "light return" are important in nature, too...
This beetle is particularly interesting because humans have not been able to successfully synthesizing solid opals yet. By studying this beetle, they hope to develop a way to synthesize solid opal and other photonic crystals. Beyond gemstones, this has important uses in optical computing.
Apologies if it is off-topic. I thought it was pretty cool. Maybe someday we''ll find the elusive D-IF H&A beetle /idealbb/images/smilies/2.gif.