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A study of the de Broglie gravitational waves

机译:德布罗意引力波研究

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摘要

We study some interesting properties of the de Broglie gravitational waves. In particular, we investigate the properties of the polarization and the energy momentum tensor and the geodesic deviation associated with these waves. We observe that the polarization tensor has both transverse and longitudinal components and depends on the wave number. We find a new effect which does not occur in the standard gravitational waves. Our waves are responsible of a longitudinal shift of test particles placed along the direction of propagation. The amplitude of the shift decreases when the velocity of the source becomes closer to the speed of light; so slow massive particles must be used for an experimental test of the theory.
机译:我们研究了德布罗意引力波的一些有趣特性。特别是,我们研究了极化和能量动量张量以及与这些波相关的测地线偏差的性质。我们观察到偏振张量既具有横向分量又具有纵向分量,并且取决于波数。我们发现在标准重力波中不会发生的新效应。我们的波负责沿着传播方向放置的测试粒子的纵向位移。当光源的速度变得更接近光速时,位移的幅度会减小;因此必须将缓慢的大颗粒用于理论的实验测试。

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