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The terrestrial one-way experiment on measuring the absolute velocity of the Earth using two atomic clocks

机译:使用两个原子钟测量地球绝对速度的地面单向实验

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The progress in the development of high-precision caesium beam atomic clocks gives the opportunity for detecting the hypothetical absolute velocity of the Earth in the terrestrial experiment, using the one-way light pulses. The proposed experiment involves two non-synchronized clocks S and R to be placed at the same latitude far apart within the range of vision. A laser installed near the clock S emits short light pulses at equal time intervals during twenty-four hours, meanwhile the receiver near the clock R registers the times of pulse arrivals. The series of time intervals at the point R will display diurnal variations, which can be used for calculating the equatorial component of the absolute velocity of the Earth.
机译:高精度铯束原子钟的开发进展为利用单向光脉冲在地面实验中检测假设的地球绝对速度提供了机会。拟议的实验涉及两个非同步时钟S和R放置在视觉范围内相距较远的同一纬度上。安装在时钟S附近的激光器在二十四个小时内以相等的时间间隔发出短的光脉冲,同时时钟R附近的接收器记录脉冲到达的时间。在点R处的一系列时间间隔将显示昼夜变化,可用于计算地球绝对速度的赤道分量。

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