首页
外语
计算机
考研
公务员
职业资格
财经
工程
司法
医学
专升本
自考
实用职业技能
登录
外语
The founder of quantum mechanics (量子力学) and the inventor of the uncertainty principle, Werner Heisenberg was born in Wurzburg an
The founder of quantum mechanics (量子力学) and the inventor of the uncertainty principle, Werner Heisenberg was born in Wurzburg an
admin
2009-02-10
81
问题
The founder of quantum mechanics (量子力学) and the inventor of the uncertainty principle, Werner Heisenberg was born in Wurzburg and brought up in Munich, where he entered the university in 1920 to study physics under Arnold Sommerfeld. After a brief stay at Gottingen University, he moved to Copenhagen to pursue research under Niels Boho and remained there until 1927.
After 1913 the quantum theory made considerable progress, but by 1924 it was running out of steam, largely owing to its lack of a coherent and systematic mathematical foundation, In the summer of 1925 Heisenberg discovered the foundation of just such a mechanics. Then his theory was rapidly developed by Max Born, Pascual Jordan, and P. A. M. Dirac.
In the spring of 1927, while a lecture at Boho’s insititute, Heisenberg followed up his discovery of the uncertainty relations, which are of central importance in quantum mechanics.
Heisenberg was awarded the Nobel Prize for Physics in 1932 for his contribution to the development of quantum mechanics. From 1927 to 1941 he was professor of theoretical physics at the University of Leipzig. Although privately unsympathetic to the Nazi regime he remained in Germany throughout the Second World War, seeing it as his duty to work for the preservation of German physics and its future reconstruction. From 1941 to 1945 he was Director of the Kiser Wihelm Institute for Physics at Berlin, where he worked with Otto Hahn on the development of a nuclear reactor. After the wax he be came Director of the Max Planck Institute for Physics and played a prominent part in the promotion of scientific research in Germany.
Heisenberg has an important part in 20th century thought: the notion of uncertainty which he introduced is, like Einstein’s concept of relativity, one of the major idea of the century; it has changed not only physics but our entire world picture.
Heisenberg did not leave Germany during the Second World War because he ______.
选项
A、supported the Nazi regime
B、wanted to contribute to the German physics
C、was not sympathetic for the Nazi regime
D、wanted to develop a nuclear reactor in Germany
答案
B
解析
本题考生只要找到seeing it as his duty to work for the preservation of German physics and its future reconstruction.就不难作答。
转载请注明原文地址:https://www.kaotiyun.com/show/oU6K777K
0
专业英语四级
相关试题推荐
WhenscientistsattheAustralianInstituteofSportrecentlydecidedtochecktheVitaminDstatusofsomeofthatcountry’sel
TheAmericanEducationSystemI.FirstcharacteristicsA.No【T1】______educationsystemorcurriculum.【T1】______B.Departmen
TheAmericanEducationSystemI.FirstcharacteristicsA.No【T1】______educationsystemorcurriculum.【T1】______B.Departmen
AccordingtoOxfordEnglishDictionary,bookis""awrittenorprintedtreatiseorseriesoftreatises,occupyingseveralsheet
Scientistsfordecadeshaveclashedoverwhetherevolutiontakesplacegraduallyorisdrivenbyshortspurtsofintensechange
(1)Thesaltequationtaughttodoctorsformorethan200yearsisnothardtounderstand.Thebodyreliesonthisessentialmin
(1)Thesaltequationtaughttodoctorsformorethan200yearsisnothardtounderstand.Thebodyreliesonthisessentialmin
Shelistenedcarefully_________shemightdiscoverexactlywhathewanted.
Jackwasveryexcitedabouttheconcertandheusedallthefollowingwordstoexpresshisexcite-mentEXCEPT______.
随机试题
回收站是___________中的区域。
检查发现患者胸廓的前后径等于横径,并伴有肋间隙增宽者,应考虑为
A.IDLB.CMC.VLDLD.LDLE.HDLVLDL向LDL转化过程中的中间产物是
女,51岁,月经一年未来潮,每日数次出现烘热,出汗,面部发红,情绪烦躁,易怒,睡眠不好,时有心悸,血压时有波动。最可能诊断是
在感染过程的5种表现中,所占比例最低,但最易识别的是
A、酸值B、酯值C、pH值D、皂化值E、折光率代表挥发油中游离羧酸、酚类和结合态酯总量的指标是()
某工程采用单轴固结仪法测定土样的固结系数,测试数据如下:根据表中数据完成下列问题:对应下列选项中的()荷载作用下的固结系数计算有误。
下列选项中,()以企业经营的全部产品或业务的组合为研究对象,分析企业相关经营业务之间的现金流量的平衡问题,寻求资源的最佳组合。
甲厂是一家酿酒企业,注册类型为个人独资,法人代表杨某,经营范围:黄酒、米酒、配制酒生产、销售。企业的生产工艺为浸米、蒸饭、发酵、二次发酵、榨酒、过滤、兑制、杀菌、灌装、成品(黄酒),共有员工47名,从2012年9月开始一直从事黄酒和露酒生产。该企业的储酒
______isNOTanovelbytheBrontesisters.
最新回复
(
0
)