一条清晰而确定的路径,用一个更可观测验证、问题更少的宇宙学取代Lambda冷暗物质模型

Forrest W. Noble
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引用次数: 0

摘要

在最遥远的地方,詹姆斯·韦伯已经观察到的,并可能根据我们的研究继续观察到的,被许多人认为与主流宇宙学关于最遥远宇宙的预测相反。大爆炸模型(BB)与先前的稳态模型(SS)之间的一个决定性区别是,SS模型提出了可观测宇宙的总体外观是不变的。但许多人现在认为詹姆斯·韦伯望远镜正在观测到的是一种不变的外观。在20世纪60年代的十年里,观测结果被认为与稳态宇宙相矛盾,因为类星体和射电星系只能在很远的距离观察到,而不是在近距离观察到,而且根据当时的主流理论,由星系组成的宇宙大约始于116亿年前。但随着时间的推移,根据最近的观察,人们认为大爆炸宇宙论的一些优势已经变得值得怀疑。詹姆斯·韦伯望远镜升空前的预测似乎不断与詹姆斯·韦伯的观测相矛盾。相反,一些人认为,我们用詹姆斯·韦伯在最远的距离上观察到的东西似乎与哈勃深空拍摄的照片非常相似,也与观察本地星系团内部的照片相似,如果可观测的宇宙处于一般不变的状态,这是可以预料的。这项研究将解释大爆炸宇宙学的几十个持续存在的问题,尽管它声称的优势不再那么明显。另一方面,被提出的替代宇宙论经过几十年的发展,从来没有经历过矛盾,也没有增加过特别的假设。读者将决定大爆炸宇宙论是否与最新的观测相矛盾,所提供的替代宇宙论问题是否少得多,以及每种宇宙论的许多预测是否被詹姆斯·韦伯和其他遥远的宇宙观测所证实或推翻。
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A Clear and Certain Path Replacing the Lambda Cold Dark Matter Model with a More Observationally Verifiable, and Much Less-Problematic Cosmology
At the greatest distances, what James Webb has already observed, and probably will continue to observe based upon our research, is believed by many to be contrary to mainstream cosmology’s predictions concerning the most distant universe. One of the defining differences between the Big Bang model (BB) and prior steady state models (SS) in general was that SS models proposed that the observable universe was unchanging in its general appearance. But an unchanged appearance is what many now believe the James Webb is presently observing. In the decade of the 1960’s, observations were believed to contradict a steady-state universe in that quasars and radio galaxies were only observed at great distances, none close by, and that the universe of galaxies, according to mainstream theory then, first began roughly 11.6 billion years ago. But in time, some of the believed advantages of Big Bang cosmology have become questionable based upon more recent observations. What was predicted before the James Webb went up seems to be continuously contradicted by James Webb observations. Instead, some believe that what we are observing with James Webb at the greatest distances appears to be very similar to the Hubble Deep field photos, and also similar to pictures looking inside local galaxy clusters, as would be expected if the observable universe were in a generally unchanging condition. This research study will explain the dozens of continuing problems of Big Bang cosmology, while it’s claimed advantages are no longer as clear. On the other hand, the alternative cosmology being presented has never experienced contradictions or added ad hoc hypothesis after many decades. Readers will decide whether Big Bang cosmology is being contradicted by the newest observations, whether the alternative cosmology being offered is much less problematic, and whether the many predictions of each cosmology is being confirmed or contradicted by the James Webb and other distant universe observations.
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