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arXiv 1402.5767gr-qc
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光速引力子的气体模型

Gas Model of Gravitons with Light Speed

Ming Chen, Yong-Chang Huang

摘要:

本文首先回顾了引力波的某些方面和爱因斯坦场方程的热力学表达式,这些结论使人们可以把爱因斯坦的引力波看作是一种声波在普通气体中以绝热压缩波的形式传播。利用“白墙盒”中光子气体的性质,通过声速公式,找到了光子气体与普通气体的相似关系。最后,以普通气体为媒介,我们发现引力波类似于光子气体,或者说引力子类似于光子,虽然它们在自旋、耦合强度等方面存在差异,但这些差异并不影响它们的传播速度。利用这种相似关系,我们得到了引力子的气体模型,这个模型自然地给出了引力子的光速

英文摘要:

We first review some aspects of gravitational wave and the thermodynamic expression of Einstein field equations, these achieved conclusions allow people to think of Einstein's gravitational wave as a kind of sound wave in ordinary gas which propagates as an adiabatic compression wave. In the following, using the properties of photon gas in "white wall box", we find an analogous relationship between ordinary gas and photon gas through sound velocity formula. At last, by taking the ordinary gas as an intermediary, we find that gravitational wave is analogous to photon gas, or equally, gravitons are analogous to photons although they are different in some ways such as spins and coupling strengths, and these different properties don't affect their propagation speeds. Utilizing this analogous relationship, we achieve the gas model of gravitons and this model naturally gives out the light speed of gravitons

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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