general relativity theory

1. His general theory of relativity altered man's view of the universe and made possible the quantum theory and ultimately the atomic bomb.
   他的广义相对论改变了人们对宇宙的看法，并使量子理论应用到原子弹最终成为现实。
2. Stranger still is that, though general relativity is celebrated and revered among physicists like no other theory in science, they would doubtless react with joy if it is proved to fail.
   更为奇怪的是，虽然在物理学家中，广义相对论获得的赞颂和尊崇超过了所有其他科学理论，但如果验证证明它站不住脚，他们无疑会感到欣喜。
3. General Relativity Effect of Photon and Graviton with Rest Mass; Much as relativity subsumed Newtonian physics, a quantum theory of gravity will ultimately subsume relativity.
   光子、引力子静质量的广义相对论效应就如同相对论将牛顿物理学给纳入一般，终究也可能会有个量子理论，将相对论给收编进来。
4. General relativity is a beautiful theory, and many of its predictions have been tested to great accuracy.
   广义相对论是个漂亮的理论，它的很多预测已经通过高度精密的检验。
5. General Relativity; Quantum Gravity; String Theory and M-Theory.
   广义相对论；量子引力；弦论和M-理论。
6. Einstein's general theory of relativity predicted a slightly different motion from Newton's theory.
   爱因斯坦的广义相对论所预言的运动与牛顿理论稍有差异。
7. The study of extremal surfaces is of substantial interest in mathematics, general relativity and string theory.
   极值曲面的研究在数学理论，广义相对论和弦理论中具有相当重要的地位。
8. Study of regarding general relativity and new general relativity as special case of generalized theory of gravitation
   视广义相对论及新广义相对论为广义引力理论特殊情况的研究
9. Mathematical and physical thinking in general relativity theory
   广义相对论中的数学思维与物理思维
10. New Progression about Gravity Quantization in General Relativity Theory in Real Space-time
    广义相对论在实时空中的引力量子化的新进展
11. For the general relativity, the experiments of examining the principle of equivalence, Newton's limitation and inferences introduced by the theory must be included.
    对于广义相对论，检验实验应包括对等效原理的检验实验，对牛顿极限的检验实验，以及对广义相对论推论的检验实验。
12. A. Einstein took the gravitation phenomenon as the curvature property of Riemannian space, the physics phenomenon may be considered as geometry phenomenon. Therefore, Riemannian geometry may be applied in general relativity theory and theoretical physics.
    A.Einstein把引力现象解释成黎曼空间的曲率性质，使得物理现象变成几何现象，从而使黎曼几何在广义相对论和理论物理中得到了广泛的应用。
13. Orientating general covariant and equivalence principle of general relativity theory, and based on field equation, the relation of mathematical and physical thinking is discussed, resulting in that, the mergence between mathematical thinking and physical thinking is outstanding characteristics of modern natural science.
    从广义相对论的等效原理和广义协变原理出发，以场方程为基础，论述了数学思维和物理思维的关系。指出数学思维与物理思维的融合是近代自然科学发展的显著特征。
14. The spacetime structure is expressed by the metric tensor and the metric tensor is confirmed by the Einstein field equation in the general relativity theory.
    广义相对论告诉我们，时空结构由度规张量表示，度规张量由引力场方程确定。
15. Explanation for Galaxy Rotation Using General Relativity Theory Plus Torsion
    用广义相对论加挠率来诠释银河旋转
16. Homogeneous Cosmological Solution in the New General Relativity Theory
    新广义相对论中的均匀宇宙学解
17. As for General Relativity ( GR), it is mainly a mathematical theory.
    广义相对论很大程度上是一种数学理论。
18. Since Einstein built General Relativity, black hole, as a prediction of General Relativity theory, has been studied by many scholars. People attempted to reveal the nature of black hole and statistical origin of its entropy.
    自Einstein提出广义相对论以来，黑洞作为广义相对论的一个预言，受到了广大学者的研究，人们试图揭示黑洞的本质及黑洞熵的统计起源。
19. Einstein published General Relativity in 1916, and predicted the existence of gravitational waves on the basis of the theory.
    1916年爱因斯坦发表了他的广义相对论，并在该理论的基础上预言了引力波的存在。
20. Then the theoretical foundation of time measurement changes from Newtonian theory to the General Relativity Theory ( GRT). A single clock is not sufficient to realize a coordinate time scale.
    时间计量的理论基础也由经典的牛顿理论发展为广义相对论。
21. The Equivalence Principle ( EP) was raised by Einstein as a basic hypothesis of general relativity theory in 1907.
    强等效原理是爱因斯坦在1907年提出来的，作为广义相对论的基本假设之一。
22. Similarly, we today consecrated the quantum theory, the big bang theory, general relativity, special relativity and other scientific theory and so on, but if they really reflect the real 'thing', no one dare to guarantee that.
    同样，我们今天奉为神圣的量子理论、大爆炸宇宙理论、广义相对论、狭义相对论等科学理论是否真的反映了自然界的真实面貌，谁也不敢保证。
23. People have regarded tensor analysis gradually, because of the success of general relativity theory.
    由于广义相对论的成功，张量分析逐渐被人们所重视。

noun

1. a generalization of special relativity to include gravity (based on the principle of equivalence)

   Synonym:    general relativitygeneral theory of relativityEinstein's general theory of relativity