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Experimental Investigations into Astrophysically Relevant Ionic Reactions

机译:天体相关离子反应的实验研究

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There is not a single Nobel Prize in chemistry awarded to an extraterrestrial chemical discovery. This is in sharp contrast to the Nobel Prizes in physics, where about 10 prizes have been awarded based on discoveries of extraterrestrial phenomena within the field of physics, the first being the 1936 physics prize to V. F. Hess "for his discovery of cosmic radiation" (for historical reasons it is called "cosmic radiation" or "cosmic rays" because it was initially thought to be electromagnetic radiation; now we know that the main component is protons) and no less than three prizes awarded in the 21st century (2002, 2006, and 2011). Whereas the Universe has provided the earth-bound physicists with discoveries of sufficient importance to motivate a Nobel Prize, it has failed to do likewise to the chemists. Nevertheless, the serendipitous discovery of fullerenes was arguably inspired~1 by observations by means of radio astronomy of interstellar carbon chain molecules,~(2?4) although the opposite view has been advanced by one of the discoverers.~5
机译:没有一项关于外星化学发现的诺贝尔化学奖。这与诺贝尔物理学奖形成鲜明对比,诺贝尔物理学奖因发现物理学领域的外星现象而获得了约10个奖项,第一个是1936年VF赫斯因“发现宇宙辐射”而获得的物理学奖(由于历史原因,它被称为“宇宙射线”或“宇宙射线”,因为最初被认为是电磁辐射;现在我们知道主要成分是质子),并且在21世纪获得了不少于三项奖项(2002年,2006年) ,和2011年)。尽管宇宙为地球物理学家提供了足够重要的发现来激发诺贝尔奖,但它对化学家却没有做出同样的贡献。然而,尽管人们发现其中一个相反的观点,但可以说是偶然发现富勒烯的发现〜1是通过星际碳链分子的射电天文学的观察得出的〜(2?4)〜5。

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