4 ms·

So what will happen now ? since we no longer know how (some) catalysts work, will this start a race of scanning materials(i.e. combinatorial chemistry) to find

• ekianjo 11y ago
  > since we no longer know how (some) catalysts work It's not like we ever knew exactly how things work at the molecular level. Chemistry is still an expanding field, there are theories to explain molecular combinations in most cases but there is not fixed, absolute theory behind it that explains everything in every single case. > race of scanning materials(i.e. combinatorial chemistry) to find catalysts What for ? There's tons of literature already available (more than you can absorb in a single lifetime), and experiments need to be carefully planned and understood, and not just randomly thrown at multiple targets.
  • im3w1l 11y ago
    >experiments need to be carefully planned and understood, and not just randomly thrown at multiple targets. Well, if you automated the process...
    • sosuke 11y ago
      Makes me want to build a real life GLaDOS
    • ekianjo 11y ago
      > Well, if you automated the process... Problem is, the understanding cannot be automated at this stage. Combinatorial experiments are great to optimize an existing process, it's not that great at finding new stuff or new insights.
• ackalker 11y ago
  > [...] will this start a race of scanning materials(i.e. combinatorial chemistry) to find catalysts ? It will be like the race to find high-temperature superconductors all over again :-)