Derek Lowe has a highly exaggerated notion of my abilities:
But some of the most important chemical reactions in the world take place down there. Take the Haber-Bosch process for producing ammonia – “Right,” I’m sure some readers of today’s newspaper are saying, “you take the Haber-Bosch process, whatever it is, and get it out of here.” But by making ammonia from nitrogen in the air, it led to (among other things) the invention of man-made fertilizers. That reaction has kept billions of people from starving to death, and kept huge swaths of wilderness from being turned into farmland. (Read up on Norman Borlaug if you haven’t already for more on this).You can Haber-Bosch yourself some ammonia simply enough – just take iron powder, mix it with some drain cleaner (potassium hydroxide) and stir that up with some alumina and finely ground sand (silica). Heat it up to several hundred degrees and blow nitrogen and hydrogen across it; ammonia gas comes whiffing out the other end.
However, his post on the new Nobel prizewinner in Chemistry is excellent and you should read it.

I'm surprised that I am amazed, but still... our lack of understanding on how many key processes work, is kinda stunning. I'm glad that people are still interested in figuring stuff out, probably more because it bugs them to not know, than anything. The potential for these sorts of methods to be taken and made applicable to chemical/energy conversions is exciting. This work may be on one specific thing. But then two others take a method, or pick up the challenge and apply it to something else.
and they tell two friends.
and so on...
'can you believe those cave men actually burned fuel to power vehicles?'
"aw, give em a brake, how were they supposed to know you can extrapolate the whole universe from a piece of fairy cake?"
Posted by D | October 10, 2007 10:43 AM