论文标题
真空稳定性中的孤子和激体：物理现象
Solitons and instantons in vacuum stability: physical phenomena
论文作者
论文摘要
在以前的论文[JCAP06，033（2018）]中，我们证明，在从下方不受限制的潜力中，有可能具有稳定的假真空吸尘器。在本文中，我们讨论了与我们的理论和数值结果有关的物理学。我们表明，最近的CERN实验的结果导致了这样一个事实，即我们的真空是安全的。我们提出了一种新的机制，其中时空维度起着重要的作用，可以解释我们的宇宙为何稳定。我们提供了新的证据，该证据支持其他科学家最近引入的物质抗逆不是对称性的过程。我们在逃生问题的背景下检查限制。我们使用我们的框架讨论多元宇宙，弦理论景观和额外维度。最后，我们使用解决方案引入一些关于暗物质和暗能量的假设。
In a previous paper [JCAP06, 033 (2018)] we have proved that it is possible to have a stable false vacuum in a potential that is unbounded from below. In this paper we discuss the Physics related to our theoretical and numerical results. We show that the results of recent CERN experiments lead to the fact that our vacuum is safe. We present a new mechanism, where the space-time dimension plays an important role, that explains why our Universe is stable. We provide new evidence that supports a process for the origin of matter-antimatter asymmetry recently introduced by other scientists. We examine confinement in the context of escape problems. We discuss multiverse, string theory landscape, and extra-dimensions using our framework. Finally, we use our solutions to introduce some hypotheses about Dark Matter and Dark Energy.
