波动的宇宙
The Universe of Fluctuations
摘要：
本文讨论了量子力学黑洞（QMBH）的最新模型，该模型描述了已知最基本的粒子，轻子和近似的夸克，用Zitterbewegung效应屏蔽了裸奇点的Kerr-Newman黑洞来描述。这超越了Zitterbewegung和Barut和Bracken，Hestenes，Chacko和其他人的自我互动模型，并提供了一个统一的图片，其中除其他外，给出了一个基本原理和洞察力：1。复杂的时空变换导致广义相对论中的克尔-纽曼度规的明显无法解释的原因。2.精细结构常数的值。3.电磁和引力相互作用强度之间的比率。4.电子的反常旋磁比。为什么中微子是左撇子。6.为什么电荷是离散的。在有效场论的精神下，该模型为量子理论及其与广义相对论的结合提供了另一种形式。最后，在随机电动力学、量子电动力学和量子统计力学的框架内探讨了这些QMBH或粒子的形成机制。宇宙学的影响，然后检查。事实证明，大量令人惊讶的事实，包括一些迄今为止无法解释的事实，作为模型的结果。其中包括宇宙质量、半径和年龄的理论推导，以及哈勃常数和宇宙学常数的值。
英文摘要：
We discuss the recent model of a Quantum Mechanical Black Hole (QMBH) which describes the most fundamental known particles, the leptons and approximately the quarks in terms of the Kerr-Newman Black Hole with a naked singularity shielded by Zitterbewegung effects. This goes beyond the Zitterbewegung and self interaction models of Barut and Bracken, Hestenes, Chacko and others and provides a unified picture which amongst other things gives a rationale for and an insight into: 1. The apparently inexplicable reason why complex space-time transformations lead to the Kerr-Newman metric in General Relativity. 2. The value of the fine structure constant. 3. The ratio between electromagnetic and gravitational interaction strengths. 4. The anomalous gyromagnetic ratio for the electron. 5. Why the neutrino is left-handed. 6. Why the charge is discrete. In the spirit of Effective Field Theories, this model provides an alternative formalism for Quantum Theory and also for its combination with General Relativity. Finally a mechanism for the formation of these QMBH or particles is explored within the framework of Stochastic Electrodynamics, QED and Quantum Statistical Mechanics. The cosmological implications are then examined. It turns out that a surprisingly large number of facts, including some which were hitherto inexplicable, follow as a consequence of the model. These include a theoretical deduction of the Mass, Radius and Age of the Universe, also the values of Hubble's constant and the Cosmological constant.
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。
