暗能量引力波观测与冰河期周期
Dark Energy Gravitational Wave Observations and Ice Age Periodicity
摘要：
暗能量是宇宙能量密度的主要组成部分。由于暗能量是一种低能量的现象，从粒子物理学和场论的角度来看，基于弯曲空间中的场的基本方法足以理解暗能量的当前动力学。关键问题是理解暗能量的引力动力学及其观测结果。然而，寻找暗能量动力学的观测结果一直是一项非常具有挑战性的任务。对于宇宙能量密度的主要组成部分来说，暗能量似乎非常遥远和隐蔽。在这里，我们表明，暗能量动力学的结果，在生产的引力波产生的椭圆度变化，在地球轨道上的结果在冰河时代的周期性观测和记录的地质学家和气候学家。在此之前，没有观测到暗能量动力学产生的引力波信号的报道。此外，没有解释地球轨道的椭圆度变化，由于引力波或这种引力波的链接到冰河时代的周期性以前已经报道。我们希望，目前的工作将导致一些新的见解和一些更有趣的工作。
英文摘要：
Dark Energy is the dominant component of the energy density of the Universe. However, it is also very elusive since its interaction with the rest of the Universe is primarily gravitational.Since Dark Energy is a low energy phenomenon from the perspective of particle physics and field theory, a fundamental approach based on fields in curved space is sufficient to understand the current dynamics of Dark Energy. The key issue is to understand the gravitational dynamics of Dark Energy and its observational consequences. However, finding the observational consequences of Dark Energy dynamics has been a very challenging task. For something which is the dominant component of the energy density of the Universe, Dark Energy appears to be very distant and reclusive. Here we show that the Dark Energy dynamics results in the production of gravitational waves which produce the ellipticity variation in the orbit of earth that results in the periodicity of the Ice Ages observed and documented by geologists and climatologists. Previously, no observational signature of gravitational waves produced by Dark Energy dynamics has been reported. Further, no interpretation of the ellipticity variation of the orbit of earth due to gravitational waves or the linking of such gravitational waves to the Ice Age periodicity has been reported previously. We hope that the current work will lead to some fresh insights and some more interesting work.
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