Einstein宇宙和Friedman尘埃宇宙中的宇宙学符合和暗质量问题与Einstein λ量子宇宙学暗能量Schroedinger波动
Cosmological Coincidence and Dark Mass Problems in Einstein Universe and Friedman Dust Universe with Einstein's Lambda Quantum Cosmology Dark Energy Schroedinger Wave Motion
摘要：
在本文中，它表明，宇宙模型，介绍了在一个序列的三个较早的论文标题下，尘埃宇宙解决方案的暗能量问题，可以用来分析和解决宇宙符合问题。原始爱因斯坦宇宙模型中出现的一般巧合问题被证明是由于对暗能量密度的大小以及决定暗能量和正常能量密度之间整数关系出现的历元时间的误解而产生的。一般情况下的解决方案，然后清楚地指向弗里德曼尘埃宇宙模型中的时间重合整数问题的来源。然后可以通过去除不同测量历元时间之间的简并来消除这种重合。在本文的第一个附录中，推导出了暗质量和暗能量之间的基本时间依赖关系，并提出了这种关系如何解释宇宙学空洞和暗质量聚集成可见物质的建议。在本文的第二个附录中，我们证明了暗能量是一种随时间守恒的物质，它在任何地方都可以渗透到组成收缩或膨胀宇宙的暗物质和可见物质中。最后两个附录涉及宇宙学、量子暗能量相关问题的详细研究。有更详细的摘要与所有四个附录。
英文摘要：
In this paper, it is shown that the cosmological model that was introduced in a sequence of three earlier papers under the title, A Dust Universe Solution to the Dark Energy Problem can be used to analyse and solve the Cosmological Coincidence Problem. The generic coincidence problem that appears in the original Einstein universe model is shown to arise from a misunderstanding about the magnitude of dark energy density and the epoch time governing the appearance of the integer relation between dark energy and normal energy density. The solution to the generic case then clearly points to the source of the time coincidence integer problem in the Friedman dust universe model. It is then possible to eliminate this coincidence by removing a degeneracy between different measurement epoch times. In this paper's first appendix, a fundamental time dependent relation between dark mass and dark energy is derived with suggestions how this relation could explain cosmological voids and the clumping of dark mass to become visible matter. In this paper's second appendix, it is shown that that dark energy is a conserved with time substance that is everywhere and for all time permeable to the dark mass and visible mass of which the contracting or expanding universe is composed. The last two appendices involve detailed studies of cosmology, quantum dark energy related issues. There are more detailed abstracts given with all four appendices.
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。
