宇宙的能量基本态场(一)

Xiaodong Yang, Jing Hu, Yuchen Yang
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引用次数: 0

摘要

基于广义相对论的宇宙常数和狄拉克的负能量海,提出了宇宙真空充满能量基态场的假设,并阐述了其物理内涵。宇宙真空是一种特殊的具有复杂性的物理对象,可以用量子超流动性来表征;它在宇宙中形成暗能量。从宇宙尺度和能量尺度背景下的能量基本分布、量子真空场、EBSF态向静态量子态(粒子或准粒子)的演化等方面进行分析,论证了该假设的合理性和正确性。并估计了能量基态场中的真空能量值与驱动宇宙加速膨胀的能量值具有相同的能量阶。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Energy Basic State Field of the Universe (I)
This paper proposes the hypothesis that cosmic vacuum is full of energy basic state field (EBSF), and expounds its physical connotation based on cosmological constant of general relativity and Dirac’s negative energy sea. Cosmic vacuum is a special kind of physical object with complexity that can be characterized by quantum super-fluidity; it forms Dark energy in Universe. The rationality and correctness of this hypothesis are demonstrated through the analysis in terms of energy basic distribution on the background of cosmic scale and energy scale, quantum vacuum field, the evolution of EBSF state into static quantum’s state (particles or quasiparticle) and so on. Also it estimates the vacuum energy value in the energy basic state field to the same order of energy as the energy value for driving the accelerated expansion of the universe.
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