解释高阶多普勒效应实验的光子密度理论

Xianming Meng
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引用次数: 0

摘要

狭义相对论预言了相对论或横向多普勒效应。这种效应已被许多光子发射实验所证实。然而,当研究人员试图测量从横向运动表面反射的电磁波的多普勒效应时,他们得到了一个无效的结果。本文提出了一个光子密度理论来解释这些混合的结果。该理论可以解释狭义相对论所预测的相对论现象,以及旋转镜的横向多普勒效应的负结果。与狭义相对论的预测相反,光子密度理论认为光的多普勒效应是不对称的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Photon Density Theory Explaining Experiments on High-order Doppler Effect
The special relativity theory predicts a relativistic or transverse Doppler effect. This effect is verified by many photon-emission experiments. However, when researchers tried to measure the Doppler effect of electromagnetic waves reflected from a transversely moving surface, they obtained a null result. This paper presents a photon density theory to explain these mixed results. The theory can explain the relativistic phenomena predicted by the special relativity theory, as well as the negative results of transverse Doppler effect from rotating mirrors. Contrary to the prediction from the special relativity, the photon density theory suggests that the Doppler effect of light is asymmetric.
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