杰克·大卫·杜尼茨(1923-2021)与化学晶体学。

H. Bürgi
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引用次数: 1

摘要

试图欣赏杰克在科学方面的优点有偏见的风险。然而,通过听杰克自己的话,这种危险可以降到最低。在一篇题为“La Primavera”(Dunitz, 2013)的文章中,Jack回顾了他的成长岁月,1957年他在ETHZ任职之前;2021年,杰克接受了他在ETHZ的同事、《美国化学会杂志》(Journal of American Chemical Society)主编E. Carreira的两次采访,回顾了他漫长的科学生涯;杰克与-à-vis分子生物学的关系是2017年与E. Carafoli进行的对话的主题(Carafoli, 2017);在《Chimia》杂志上,杰克谈到了探索科学的世界,他的漫游和他在 rich的生活,在ETHZ内外(Weber, 2011)。这本书试图在杰克从事科学研究期间流行的概念和活动的背景下描绘他最重要的成就。哈吉泰(Hargittai, 2021)的写作风格与此类似。杰克于1923年3月29日出生在苏格兰的格拉斯哥,在那里他成长在x射线和化学晶体学的黄金时代。在他接受教育期间,他的高中老师使他对科学产生了兴趣,第二次世界大战使他加入了著名的晶体学家J.蒙特思罗伯逊的小组,进行博士研究。他学会了结构确定的艺术和科学:艺术是因为像杰克研究的结构,只有氢、碳和氧原子,首先要猜出来;直接的方法还没有发明;有系统的重原子方法,如帕特森方法和同构置换法,后者是由他的导师发明的。1944年获得博士学位后,他与牛津大学的多萝西·霍奇金(Dorothy Hodgkin)和ISSN 2052-5206的莱纳斯·鲍林(Linus Pauling)等实际和未来的诺贝尔奖得主一起工作
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Jack David Dunitz (1923-2021) and chemical crystallography.
Attempting to appreciate Jack’s merits in science runs the risk of bias. This danger can be minimized, however, by listening to Jack’s own words. In an essay entitled ‘La Primavera’ (Dunitz, 2013), Jack reflects on his formative years, the time before he took his position at ETHZ in 1957; in 2021 Jack looked back on his long life in science in two interviews conducted by E. Carreira, his colleague at ETHZ and editor-in-chief of the Journal of the American Chemical Society; Jack’s relationship vis-à-vis molecular biology is the theme of a conversation with E. Carafoli conducted in 2017 (Carafoli, 2017); in the journal Chimia Jack chats about exploring the world of science, his wanderings and his life in Zürich, inside and outside of ETHZ (Weber, 2011). This account attempts to portray Jack’s most important achievements against the background of concepts and activities prevailing during the time of his involvement in science. Hargittai (2021) writes in a similar vein. Jack was born on 29 March 1923 in Glasgow (Scotland) where he grew up into the golden age of X-ray and chemical crystallography. During his education his high school teacher got him interested in the sciences and World War II brought him to the group of the renowned crystallographer J. Monteath Robertson to do PhD research. He learned the art and science of structure determination: art because structures like the ones Jack worked on, with H, C and O atoms only, had first to be guessed at; direct methods had not yet been invented; science to the extent there were systematic heavy atom methods such as the Patterson method and the isomorphous replacement method, the latter invented by his supervisor. After gaining his PhD in 1944, his journeyman’s years had him work with actual and future Nobel laureates, Dorothy Hodgkin in Oxford, Linus Pauling at ISSN 2052-5206
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