暗能量存在下“稳定系统”的稳定性

H. Harutyunian
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引用次数: 0

摘要

研究了暗能量对重子天体及其系统的影响。为了进行这样的分析,采用了整个重子宇宙在所有宇宙尺度上与暗能量相互作用的概念。结果表明,重子物体与暗能量载体的相互作用不可避免地导致能量注入重子世界,并带来切实的物理后果。结果似乎相当戏剧性,因为重子世界中能量的积累改变了所有物体和系统的维里定理,使它们越来越不稳定。这种稳定性丧失的过程发生在所有的空间尺度上,包括微观世界,在微观世界中重子物质会受到暗能量的影响。它导致所有宇宙物体的衰变,从原子核开始,到达星系团。在暗能量影响下的演化可以以两种不同的方式发生,这取决于物体角动量的存在及其值。如果角动量较小,则受暗能量影响的物体形状更为规则,否则在赤道面会出现由演化较少的物质组成的结构。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the Stability of “Stable Systems” in the Presence of Dark Energy
The influence of dark energy on baryon objects and their system is considered. For such an analysis, the concept is adopted, according to which the entire baryonic Universe interacts with dark energy on all cosmic scales. It is shown that the interaction of baryonic objects with a carrier of dark energy inevitably leads to the injection of energy into the baryonic world with tangible physical consequences. The consequences seem quite dramatic, since the accumulation of energy in the baryonic world changes the virial theorem for all objects and systems, making them more and more unstable. This process of stability loss takes place at all spatial scales, including the micro world, where baryonic matter experiences the dark energy influence. It results decaying of all cosmic objects beginning with atomic nuclei and reaching the clusters of galaxies. Evolution under the influence of dark energy can take place in two different ways depending on the existence of the angular momentum of the body and its value. If the angular momentum is small, the object under the influence of dark energy obtains a more regular shape, otherwise at the equatorial plane would appear a structure consisting of less evolved matter.
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