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首页> 外文会议>Conference on The Nature of Light: What Are Photons? >Observation of a significant influence of earth's motion on the velocity of photons in our terrestrial laboratory
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Observation of a significant influence of earth's motion on the velocity of photons in our terrestrial laboratory

机译：观察地球运动对陆地实验室速度的重大影响

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The paper reports the positive results obtained with a stationary Michelson-Morley interferometer operating during two consecutive years (2003-2005) in Bogota, Colombia. After subtracting the environmental periodical effects, there is still a periodic residual that is no longer correlated to the environmental variables. There is, however, a significant correlation between the daily fringe-shift residuals for each month and the velocity of motion of the earth relative to the center of our galaxy at that particular time. This hints to a possible dependence of the velocity of light in our terrestrial laboratory and the velocity of the earth. This result is contrary to the current model for the photon that postulates a constant speed of light. From our data we have calculated the solar velocity consistent with our observations: 500 km/s, right ascension 16h-40 min, declination -75°.
机译：本文报告了在哥伦比亚波哥大连续两年（2003-2005）中经营的固定迈克尔森 - 莫利干涉仪获得的积极成果。在减去环境期周期效应后，仍然存在与环境变量不再相关的周期性残余。然而，在该特定时间在每个月的每个月的每月纵横偏移残余物与地球相对于我们的星系中心的速度之间存在显着相关性。这提示了我们陆地实验室中光速的可能依赖性和地球的速度。该结果与消除恒定速度的光子的电流模型相反。从我们的数据来看，我们已经计算出与我们观察的太阳能符合：500公里/秒，右上升6h-40分钟，赤纬-75°。

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