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The author of the paper thinks. the system of mathematical formalation in QM and the physical standard interpretations of QM are in logical harmony. The formalism and orthodox interpretation are coordinated. Quesrion to the completability of QM in EPRessay remains convineing, yet it cast new liahts. Following the theory of explanation in modern philosophy of science, find the auther the description part and explanation part in QM are not in correspondence. So the system of QM now adays are in complete. At last,... The author of the paper thinks. the system of mathematical formalation in QM and the physical standard interpretations of QM are in logical harmony. The formalism and orthodox interpretation are coordinated. Quesrion to the completability of QM in EPRessay remains convineing, yet it cast new liahts. Following the theory of explanation in modern philosophy of science, find the auther the description part and explanation part in QM are not in correspondence. So the system of QM now adays are in complete. At last, a way to complete QM;is suggested. 作者依据严密的逻辑分析和严格的科学史考察认为 ,量了力学现有数学形式体系与正统物理解释是逻辑自洽的 ,量子力学标准解释 (加上主要修正 )与数学形式体系是相协调的。EPR论证对量子力学完备性的质疑是缺乏逻辑说服力的 ,但很具启发性。笔者应用当代科学哲学家关于科学理论说明理论的研究成果 ,从量子力学建构特征角度论证了现有量子理论 (包括描述和说明两部分 )是不完备的 ,并提出了使其走向完备的一个可能途径。 Narrates the debate of completion of quantum mechanics and EPR'S argument,meanwhile it lays special stress on the discussions of establishment of Bell's inequality and the relation to the basic interpretation of quantum mechanics.Also introduces the state of experimental test of Bell'sinequality in detail since 1970s(especially introduces the experimental circumstance of Innsbruck team of the Austria).The test indicates that the experiment violates Bell's inequality.The fact not only embodies the supporting... Narrates the debate of completion of quantum mechanics and EPR'S argument,meanwhile it lays special stress on the discussions of establishment of Bell's inequality and the relation to the basic interpretation of quantum mechanics.Also introduces the state of experimental test of Bell'sinequality in detail since 1970s(especially introduces the experimental circumstance of Innsbruck team of the Austria).The test indicates that the experiment violates Bell's inequality.The fact not only embodies the supporting to the completion of quantum mechanics but also reflects the deepgoing meaning of science.Whether to the further development of quantum mechanics or to the future communication of quantum,these are very significant. 阐述了关于量子力学完备性问题的争论和EPR论证、尤其重点讨论了贝尔不等式的建立及其与量子力学基本解释的关系 ,也较详尽地介绍了 2 0世纪 70年代以来贝尔不等式的实验验证情况 (特别是奥地利因斯布鲁克小组的实验情况 ) .结果表明 ,贝尔不等式明显不成立 .这一事实既体现了对量子力学完备性的支持 ,同时也反映出更深刻的科学含义 .这些无论对量子力学的进一步发展 ,还是对未来的量子通信 ,都是具有重大意义的 . Argument on the completeness of quantum mechanics spanning two centuries is outlined, including the arguments between Einstein and Bohr, the probabilistic interpretion of quantum mechanics, the "reduction of wave packet", the "EPR argument" which is incorrectly called "EPR paradox" in many papers and books, "hiddenvariable theories" and the "Bell inequality". A new definition of spacetime is suggested to overcome the difficulty of the explanation by means of "reduction of wave packet". 概述了关于量子力学完备性的跨世纪之争,包括爱因斯坦—玻尔论战、量子力学的几率诠释、"波包收缩"、"EPR论证"(在许多文章和书中被错误地称作"EPR佯谬")、"隐变量理论"和"贝尔不等式".建议采用一种时间、空间的新定义,以克服"波包收缩"解释的困难.
量子力学完备性
completeness of quantum mechanics
Argument on the Completeness of Quantum Mechanics Spanning Two Centuries 关于量子力学完备性的跨世纪之争 短句来源 Argument on the completeness of quantum mechanics spanning two centuries is outlined, including the arguments between Einstein and Bohr, the probabilistic interpretion of quantum mechanics, the "reduction of wave packet", the "EPR argument" which is incorrectly called "EPR paradox" in many papers and books, "hiddenvariable theories" and the "Bell inequality". 概述了关于量子力学完备性的跨世纪之争,包括爱因斯坦—玻尔论战、量子力学的几率诠释、"波包收缩"、"EPR论证"(在许多文章和书中被错误地称作"EPR佯谬")、"隐变量理论"和"贝尔不等式". 短句来源 “量子力学完备性”译为未确定词的双语例句
Narrates the debate of completion of quantum mechanics and EPR'S argument,meanwhile it lays special stress on the discussions of establishment of Bell's inequality and the relation to the basic interpretation of quantum mechanics. Also introduces the state of experimental test of Bell'sinequality in detail since 1970s(especially introduces the experimental circumstance of Innsbruck team of the Austria). 阐述了关于量子力学完备性问题的争论和EPR论证、尤其重点讨论了贝尔不等式的建立及其与量子力学基本解释的关系 ,也较详尽地介绍了 2 0世纪 70年代以来贝尔不等式的实验验证情况 (特别是奥地利因斯布鲁克小组的实验情况 ) . 短句来源 The fact not only embodies the supporting to the completion of quantum mechanics but also reflects the deepgoing meaning of science. 这一事实既体现了对量子力学完备性的支持 ,同时也反映出更深刻的科学含义 . 短句来源 相似匹配句对
Argument on the Completeness of Quantum Mechanics Spanning Two Centuries 关于量子力学完备性的跨世纪之争 短句来源 Completeness of l~p Space l~p空间的完备性 短句来源 HYPERBOLIC QUANTUM MECHANICS 双曲量子力学 短句来源 b)the principle of completion; 完备性原则 ; 短句来源 The desoription of Hamilton's for quantum mechanics 量子力学的哈密顿描述 短句来源 
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为了更好的帮助您理解掌握查询词或其译词在地道英语中的实际用法，我们为您准备了出自英文原文的大量英语例句，供您参考。 completeness of quantum mechanics
They are, however, stronger than mere statistical equivalence of measurement procedures and thus are relevant to the problem of the completeness of quantum mechanics.
Quantum Interference, Quantum Theory of Measurement, and (In)completeness of Quantum Mechanics
The controversies existing among different schools on the reality of matter waves of quantum theory, the postulates of quantum measurement theory, and the (in)completeness of quantum mechanics have to be approached now in a new way.
The old Bohr-Einstein debate about the completeness of quantum mechanics (QM) was held on an ontological ground.
Of course, it does not give any argument for the action at a distance and it does not provide the proof of the completeness of quantum mechanics.
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