首页
登录
职称英语
The founder of quantum mechanics (量子力学) and the inventor of the uncertainty
The founder of quantum mechanics (量子力学) and the inventor of the uncertainty
游客
2023-11-23
59
管理
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. [br] Which of the following statements is true?
选项
A、Quantum mechanics and uncertainty relations do not have obvious relationship.
B、Quantum theory, which contributes greatly to human beings, developed perfectly.
C、Quantum theory changed physics as well as the whole world picture.
D、Uncertainty principle is as great as Einstein’s concept of relativity.
答案
D
解析
本题要求考生通读全文并作出判断。只要考生找到了文末the notion of uncertainty which he introduced is,like Einstein’s concept of relativity,one of them major idea of the century就不难选出正确答案。
转载请注明原文地址:https://tihaiku.com/zcyy/3211003.html
相关试题推荐
Whowastheinventorofchewinggum?[br][originaltext]IntheUnitedStat
Whowastheinventorofchewinggum?[br][originaltext]IntheUnitedStat
Whowastheinventorofchewinggum?[br][originaltext]IntheUnitedStat
Whowastheinventorofchewinggum?[originaltext]IntheUnitedStatesalm
Thefounderofquantummechanics(量子力学)andtheinventoroftheuncertainty
Thefounderofquantummechanics(量子力学)andtheinventoroftheuncertainty
Thefounderofquantummechanics(量子力学)andtheinventoroftheuncertainty
Thefounderofquantummechanics(量子力学)andtheinventoroftheuncertainty
Thefounderofquantummechanics(量子力学)andtheinventoroftheuncertainty
Tobeaninventor,oneneedsprofoundknowledgeaswellasavery______imagina
随机试题
Readingispleasureofthemind,whichmeansthatitisalittlelikesport:you
A—NoparkinginfrontofthisgateJ—NoentryB—Guest’scarpark
通常采用介质损耗角正切值作为综合反映电介质电导特性优劣的一个指标。()
下列哪个广场属罗马共和时期的广场?( )A.罗马恺撒广场 B.罗马奥古斯都广
施工单位按照工程建设质量安全监督管理的有关规定,到工程所在地的质量安全监督部门办
假设某资产组合的β系数为1.5,α系数为3%,期望收益率为18%。如果无风险收益
A.白色B.红色C.樱红色D.橙黄色E.绿黑色朱砂的条痕是()。
儿童应有较多的户外活动时间,夏天大部分时间应在户外活动,春秋季节每天应不少于(
下列关于支撑线和压力线的说法中,正确的有()。A.支撑线对价格有一定的支撑作用,
关于工程建设其他费中的市政公用配套设施费及其构成,下列说法正确的是()。A
最新回复
(
0
)