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Re-examine the two principles of special relativity and the Sagnac effect using GPS' range measurement equation

机译：使用GPS测距方程重新检验狭义相对论和Sagnac效应这两个原理

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Successful GPS operations are based on a basic equation: the range measurement equation, |r/sub r/(t/sub r/)-r/sub s/(t/sub s/)|=c(t/sub r/-t/sub s/), in an Earth-centered inertial system. The calculations based this equation show that the correctness of the equation leads to the incorrectness of the two principles of special relativity, the principle of the constancy of the speed of light and the principle of relativity. Moreover, the Sagnac (1913) effect can be fully interpreted by this equation and therefore, the Sagnac effect is a non-relativistic effect. It is indicated that the relativity of simultaneity of special relativity contradicts the basic operational principle of GPS. Furthermore, based on the range measurement equation, it is expected that a practical and crucial experiment that does not require any clock synchronization will give a result contradicting the two principles of special relativity. The crucial experiment can be further simplified by using GPS. We should conduct the crucial experiment, and re-examine and reconstruct special relativity starting from its foundations.
机译：成功的GPS操作基于一个基本公式：测距公式| r / sub r /（t / sub r /）-r / sub s /（t / sub s /）| = c（t / sub r / -t / sub s /），在以地球为中心的惯性系统中。基于该方程的计算表明，方程的正确性导致狭义相对论两个原理，光速恒定原理和相对论的不正确。此外，Sagnac（1913）效应可以由该方程式完全解释，因此Sagnac效应是非相对论效应。结果表明，狭义相对论的同时性相对论与GPS的基本工作原理相矛盾。此外，基于距离测量方程，可以预期，不需要任何时钟同步的实用且至关重要的实验，其结果将与狭义相对论的两个原理相矛盾。使用GPS可以进一步简化关键实验。我们应该进行关键的实验，并从其基础开始重新审查和重建狭义相对论。

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