观察者有可能通过空间探测到自己的运动
It is possible for an observer to detect his motion through the space
摘要：
作为狭义相对论基础的两个假设之一是，物理定律在所有惯性系中是不变的，因此观察者不可能检测到他在空间中的运动。我们将看到，这与哈菲尔-基廷实验的结果是矛盾的。哈菲尔-基廷实验证明，如果与地球上的时钟相比，向西飞行的飞机的时间比向东飞行的飞机的时间走得快。实验结果不仅可以得出地球正在向东旋转的结论，而且还可以计算地球运动的速度。进行类似的实验，也可以测量地球绕太阳的速度，它在我们银河系中的速度，实际上是它的绝对速度。为了将这一点推广到任何惯性系，并解释为什么绝对速度可以赋予任何惯性系，我们引入了三重态佯谬。
英文摘要：
One of two postulates that are base for special relativity is that the laws of physics are invariant in all inertial systems, which has as a consequence that it is impossible for an observer to detect his motion through space. It will be shown that this is in a contradiction with the results of the Hafele-Keating experiment, which established that time is going faster in an airplane going westward than in that going eastward, if compared with clocks located on Earth. The result of the experiment allows not only to conclude that Earth is rotating toward east, but also to calculate the speed of Earth motion. Performing similar experiments it is also possible to measure Earth speed around the Sun, its speed in our galaxy, and actually its absolute speed. To generalize this for any inertial frame and to explain why an absolute speed can be assigned to any inertial frame we introduced the triplets paradox.
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