Gerhard Ertl, Nobel Prize for Chemistry 2007
Now, like many areas of basic research, there are often many applications that go beyond the obvious. Ertl’s extremely precise work, under conditions of vacuum, has revealed the inner workings of many chemical mysteries. Ertl has provided an answer as to why iron rusts, the destruction of the ozone layer, how fuel cells work, the operation of catalytic converters (through the oxidation of carbon monoxide on a platinum catalyst) and other catalysts such as the iron used in the Haber-Bosch process for fixing of nitrogen fertilizers. His work began in the 1960s and has had an extensive influence over all areas of surface chemistry.
This is the first time I have heard of Gerhard Ertl – a name known, I suppose, beforehand only to his colleagues in Chemistry. It is this way with many Nobelists. Their work is of great importance to mankind – but they labour in the relative obscurity of their respective niches. It is only when they win a major prize, such as the Nobel, that we become aware of them. I am not sure that that is the best situation. I, for one, would like to know of the names and personalities of those who shape our world – and not have to rely on the decision-making powers of a body in Sweden to bring them to my attention. I would rather have known of Ertl beforehand – and all the other great scientific thinkers at work, today, whose names may never be known, by the public, unless they are recognized by a Nobel Award.
Congratulations to Gerhard Ertl. Unusually, in these times of scientific co-operation, in which group work is common, Ertl does not share the prize with any other scientist.
Oh, and Happy Birthday, too: the prize was announced on his 71st birthday.
Labels: fame, Gerhard Ertl, Happy Birthday, late recognition, Nobel Prize, Nobel Prize for Chemistry, Surface Chemistry
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