要理解生日佯谬，最好的方法就是不去计算两人生日相同的概率，而改为计算两人生日不同的概率。
The best way to understand the Birthday Paradox is not to calculate the likelihood of two people having the same birthday, but two people not having the same birthday.
本篇论文致力于通过膜模型研究黑洞的统计熵，并尝试寻找解决信息佯谬的办法。
This thesis is devoted to investigating black hole entropy by using the membrane method, and trying to find a possible way of solving the black hole information problem.
最后借助于新的物理模型，通过波动理论的层层分析与推导，成功诠释了音叉干涉佯谬问题。
Finally, with the help of the new physics model, it successfully explains the false error of the turning fork inference by the analysis and reasoning of the wave theory.
利用时空图对时钟佯谬命题中的三个论断作了全面诠释。
This paper carries out comprehensive interpretation on three inferences in the proposition of clock paradox by space-time diagrams.
黑洞熵的微观起源和黑洞信息佯谬一直是大多数理论物理学家困惑的问题。
The origins of black hole entropy and the black hole information paradox have long been puzzled problems to most theoretical physicists.
双生子佯谬是相对论中一个古老的问题，但是，许多文献对它都未给出满意的说明。
Twin paradox is an old topic in the theory of relativity without a satisfactory explanation in relevant literatures.
结果再次表明经典力学中的弹性楔佯谬解对应的是哈密顿体系下辛几何的约当型解。
It shows further that solution of the special paradox in classical elasticity is just Jordan canonical form solutions in symplectic space under Hamiltonian system.
本文澄清了一个关于摩擦力做功的佯谬，并提出了功能原理与热力学第一定律的一般形式。
A paradox of work done by friction is clarified, and the general format of principle of energy-work and the first law of thermodynamics are presented.
主要的研究成果如下：在极坐标辛对偶体系下重新求解了各向同性弹性楔体所有佯谬问题的解析解。
Major contributions are as follows: All paradox problems in the isotropic elastic wedge are re-solved in analytical forms under a symplectic dual polar coordinate system.
本周，日本大阪大学的KazuhiroYokota和他的同事证明了，“哈迪佯谬”事实上是正确的。
This week Kazuhiro Yokota of Osaka University in Japan and his colleagues demonstrated that Hardy's paradox is, in fact, correct.
借助于光子的各种实验，人们研究并洞明了量子物理中的许多重要问题，如量子关联、EPR佯谬的验证等等。
Many important fundamental quantum problems, such as the nature of quantum correlation and the test of the EPR paradox, have been investigated via photon experiments.
介绍了黑洞理论和广义相对论中的几个重要疑难，涉及霍金辐射、信息佯谬、奇性定理和钟速同步，并给出了可能的解答。
Some major puzzles in black hole theory and General Relativity, including Hawking radiation, information puzzle, singularity theorem and synchronization of clock rate, are presented.
本文的工作表明，欧几里得空间下的佯谬解就是辛空间下的约当型解，而且通过标准的数学方法可以直接获得所有佯谬问题的解析解。
It is revealed that the paradox solution in Euclidean space is just a solution in symplectic space in the Jordan form which can easily be obtained by conventional mathematical means.
本文应用洛仑兹变换和信号的传播速度小于光速，解释了洛仑兹长度收缩佯谬，具体证明了在不同参照系上的观测者，观测所得结论相同。
By using Lorentz transformation, this article explains the paradox of Lorentz length contraction, it also proves that observers in different reference systems reach the same observing conclusion.
本文应用洛仑兹变换和信号的传播速度小于光速，解释了洛仑兹长度收缩佯谬，具体证明了在不同参照系上的观测者，观测所得结论相同。
By using Lorentz transformation, this article explains the paradox of Lorentz length contraction, it also proves that observers in different reference systems reach the same observing conclusion.
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