论文标题
对称相对论与自发创造的宇宙学
Cosmology of the Symmetrical Relativity versus Spontaneous Creation of the Universe Ex Nihilo
论文作者
论文摘要
“宇宙的自发创造”的宇宙学和对称相对性的宇宙学提供了解释宇宙的创造和演变的建议。从本质上讲，它们仍然非常独特。但是，我们会争辩说，大爆炸是有先例的。因此，我们将渗透到跨普兰克政权，在那里我们找到有效的普朗克长度$ l_p^{\ prime} \ rightarrow 0 $。这将导致对自发创造的宇宙学中有关{\ it Nothing}的更基本的物理思考。从自发创造的角度来看，基于{\ it Information}的另一个原则，后者又回到了导致大爆炸的{\ it Information}。虽然自发创建是指{\ it信息}的虚拟先前存在，而{\ it信息}本来可以从{\ it Nothing}中随机出现的，但对称相关性的宇宙学并没有停止那里：我们通过创建一个人的时间来回到自己的起源。从目前的角度来看，{\ it Nothing}是一种原始的真空，其{\ it信息}通过凝结和点火使宇宙成为宇宙。它不是随机创建的，因为熵不得不通过违反thrand-Planckian政权中的热力学的第二个劳力来从无限（混乱）到零（大爆炸）变化。 {\ it Nothing}或与无限熵的混乱之前，先于反式Planckian场景的大爆炸（无效熵），它决定了整个图，直到宇宙的总灭绝为止。我们将证明{\ it信息}，除了不是宇宙之外，也不会像人工智能的计算概念（AI）那样发展。因此，宇宙不仅是由自发创造所捍卫的自学成才。这可能会阐明Penrose的Weyl曲率假设的问题，该假设考虑了由于大爆炸中的无熵，因此考虑了无效的Weyl曲率。
The cosmology of "Spontaneous Creation of the Universe Ex Nihilo" and the cosmology of the Symmetrical Relativity offer proposals to explain the creation and evolution of the universe. In essence they are still very distinct. However, we will argue that there was an antecedent to the big bang. Thus, we will penetrate a trans-Planckian regime, where we find an effective Planck length $L_P^{\prime}\rightarrow 0$. This will lead to more fundamental physical reflections about {\it nothing} in the cosmology of spontaneous creation. From the point of view of spontaneous creation, the step backwards went back to another principle, based on the {\it information}, which led to the big bang. While the spontaneous creation refers to the virtual pre-existence of {\it information}, which would have emerged randomly from {\it nothing}, the cosmology of Symmetrical Relativity does not stop there: we go back to one's own origin by projecting it before the creation of one's own time. From the present perspective, {\it nothing} is a primordial vacuum, whose {\it information} has made the universe by condensing and igniting. It was not randomly created, since the entropy had to vary from infinite (chaos) to zero (big bang) by violating the 2nd.law of thermodynamics in a trans-Planckian regime. {\it Nothing} or chaos with infinite entropy precedes the big bang (null entropy) within a trans-Planckian scenario and it determines the whole plot until the total extinction of the universe. We will show that {\it information}, besides not being born of the universe, also does not develop from it like the computational idea of Artificial Intelligence (AI). Thus, the universe is not simply self-taught as defended by the spontaneous creation. This could shed light on the problem of Penrose's Weyl curvature hypothesis, which considers a null Weyl curvature due to a null entropy in the big bang.
