终极统一:重力主导的民主vs.超级对称

viXra Pub Date : 2020-06-01 DOI:10.31219/osf.io/4wf3d
Stephane H Maes
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引用次数: 34

摘要

在本文中,我们从传统的GUTs和toe开始,讨论它们面临的挑战,不仅是因为缺乏对质子衰变和磁单极子的观测,而且还因为当考虑重力时,特别是在多重机制下,引力来自纠缠,这两种现象预计都不存在。除了少数例外,脚趾受到了严重的伤害,包括许多超弦,而大多数大肠子都被击倒了。由于多重宇宙中的纠缠在小尺度下产生了巨大的引力,我们遇到了带电黑洞的新生命周期,并发现在小尺度下,引力不再是最弱的相互作用。事实上,所有相互作用的来源和载体都以同样的方式民主地伴随着它们的相互作用,所有的相互作用都具有相似的强度。它变成了一种新的对称状态,具有所有力的最终统一,但没有大统一理论中典型的对称群的层次结构,也没有从一开始就不涉及重力的中间大统一理论。这些结果是在一个多重宇宙中得到的,但是讨论了我们的真实宇宙。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ultimate Unification: Gravity-led Democracy vs. Uber-Symmetries
In this paper, we start from conventional GUTs and ToEs and discuss their challenges due not only to the lack of observations of proton decays and magnetic monopoles, but also to the fact that when gravity is considered, especially with mechanisms a la multi-folds, where gravity emerges from entanglement, both these phenomena are expected to not exist. With only a few exception, ToEs are badly hurt, including many superstrings, and most GUTs are knocked out. Because of the massive gravity at small scale contributed by entanglement in a multi-fold universe, we encounter new lifecycles for charged black holes and discover that, at small scales, gravity is no more the weakest interaction. In fact, sources and carriers of all interactions democratically carry gravity along with their interaction the same way and all interactions have similar strength. It becomes a new symmetric state with an Ultimate Unification of all the forces, but without the hierarchies of symmetry groups typically involved in GUTs, and without intermediate GUTs not involving gravity from the get-go. These results are obtained in a multi-fold universe, but with discussions of what can be said about our real universe.
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