如果将来有一天狭义相对论真的被实践检验证明不成立,那么狭义相对论中还会有什么东西能够保留下来,我认为一定是质能关系和质速关系,因为它们实际是牛顿经典力学理论推导与实验测试相结合的产物,虽然它们在物理意义上与狭义相对论导出来的有些不同。
摘要在爱因斯坦的相对论基础之上,借助牛顿绝对时空的观点,对牛顿万有引力定律进行了理论推导。
The equation of the law of universal gravitation is deduced on the basis of einstein's relativity with newton's viewpoint of absolute space time.
相对论的一个显著成果在于它改变了我们的时空观,结束了亚里士多德和牛顿所持的绝对时间的观念。
A remarkable consequence of relativity is the way it has revolutionized our ideas of time and space; it has put an end to Aristotle's and Newton's idea of absolute time.
牛顿的绝对时空观和爱因斯坦的相对论时空观都是时空割裂的简单性静态时空观。
Newton's absolute space-time point of view and Einstein's relativity theory of space-time point of view both are simple static space-time points of view.
When we do relativity, we'll be dealing with vectors in space-time and we'll find that different observers disagree on what is this and what is that.
我们学习相对论的时侯,会涉及到时空矢量的问题,我们会发现观测者们对于观测的结果,有着不同的看法
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