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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。 | |
Thus it is impossible to completely isolate from each other two systems that have been in interaction; and so one of the conditions of the EPR paradox can never be fulfilled.
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A reformulation and a possible modification of quantum mechanics and the EPR paradox
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This reformulation allows us to generalize quantum mechanics in such a way as to induce the transition from second- to first-kind mixtures, which has been suggested to occur by various authors in order to eliminate the EPR paradox.
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Within the context of the generalized stochastic interpretation of quantum mechanics it is possible to deduce the quantum principles as well as to resolve the EPR paradox.
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Ideal-measurement schemes as origin of the EPR paradox
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The EPR problem is studied both from an instrumentalistic and from a realistic point of view.
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We revisit the EPR problem and make clear what is a correct comprehension of its problem.
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In earlier papers-independently of the EPR problem-the author suggested a causal structure, which was intrinsically based on quantum theory.
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It is demonstrated that spins of any order can be described within this framework and a realistic solution to the EPR problem can be achieved.
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| | Using the two -wave interpretation, We treated the EPR Paradox of Continuous and discrete variables, and the result is desterministic. We can predict precisely the motion of two separated particles by means of the initial value of variables and the hidden - variable which is one of the initial conditions. There is no EPR Paradox in the two -wave interpretation. When one carrys out the ensemble mean of the hidden -variable the two -wave interpretation returns to the usual single wave interpretation. EPR Para... | | 用双波描述处理连续力学量和分立力学量的EPR问题,所得结果具决定论特点。只要给出初始力学量值以及作为初始条件之一的隐参数值,我们可完全预知两个分离开的两个粒子的运动。在双波描述中不存在EPR佯谬。当对隐参数作统计平均时,双波描述回到通常的单个波函数描述,这时EPR佯谬出现。EPR倦谬是由于我们认为单个波函数可完全描述单个体系而引起的。这些结果可直接用来分析EPR问题的量子光学实验。 | | 文摘来源 | | We have extended article to the situation of two spin particles measured in arbitrary direction. In this case, the Two Wave interpretation can still be used to explain EPR paradox successfully. | | 根据文献[1]的思想,论证了二个粒子自旋在任意方向测量的情况,双波理论,作为一种隐变量理论,可以解释EPR问题 | | 文摘来源 | | In the article, an investigation is conducted into the origin of EPR problem, Penros's understanding of quantum non-localization. The writer believes EPR originates from the relevance of phase factors still existing between separated particles after interaction. | | 本文考察了EPR问题的由来 ,分析了彭罗斯对量子非定域性的理解 ,认为EPR型量子关联来源于相互作用过以后分离的粒子之间仍然存在着相位因子的关联。 | | 文摘来源 | |   |
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