非收缩物理空间理论综述
Summary of the theory of noncontractible physical space
AI总结：
本文综述了粒子物理、宇宙学和引力中的众多反常与问题，提出以最小距离（紫外截断）为核心的理论框架，并强调时空维度及平动-转动自由度平衡在解决暗物质、暗能量等问题中的关键作用。
摘要：
存在大量现象学、数学和哲学上的理由来修改或推广我们目前在粒子物理学、宇宙学和引力领域所接受的理论。我给出了粒子物理学、宇宙学和引力领域中异常现象、谜题和问题的全面清单，这是好奇心驱动研究的基本动机。详细给出了对希格斯机制、暴胀机制、瞬子、斯费拉隆、引力波和霍金辐射的批评。我引入最小距离（紫外截断）来解决粒子物理学量子场论中的紫外奇点问题，量子力学中的最小距离，以及宇宙学中相关的非奇异爱因斯坦-嘉当引力理论中的最小距离。最小距离的普适性可以在粒子物理学、天体物理学和宇宙学中并且应该被检验。暗物质问题、暗能量问题、轻中微子质量和混合、宇宙射线μ子谜题、B介子反常、Tevatron t夸克电荷不对称、W玻色子质量反常、轻子和重子数违反、宇宙涡度的手性、运动学偶极子反常等，都在我的理论中有独特而清晰的解。时空的维数以及闵可夫斯基和黎曼-嘉当时空中平动和转动自由度之间的完美平衡是我推理中的关键要素。
英文摘要：
There are a plenty of phenomenological, mathematical and philosophical reasons to modify or generalize our currently accepted theories in particle physics, cosmology and gravity. I give a comprehensive list of anomalies, puzzles and problems in the field of particle physics, cosmology and gravity that is the essential motivation for the curiosity driven research. The critiques of the Higgs mechanism, inflationary mechanism, instantons, sphalerons, gravity waves and the Hawking radiation are given in details. I introduce the minimal distance (UV cut-off) to resolve the UV singularity problem in quantum field theory of particle physics, minimal distance in quantum mechanics and in the nonsingular Einstein-Cartan theory of gravity relevant in cosmology. The universality of the minimal distance can be and should be checked within particle physics, astrophysics and cosmology. The dark matter problem, the dark energy problem, light neutrino masses and mixing, cosmic rays muon puzzle, B meson anomalies, Tevatron t-quark charge asymmetry, W boson mass anomaly, lepton and baryon number violations, chirality of the vorticity of the Universe, kinematic dipole anomaly, etc., all have unique and clear solutions within my theory. The dimensionality of spacetime and a perfect balance between the translational and rotational degrees of freedom in Minkowski and Riemann-Cartan spacetimes are the crucial ingredients in my reasoning.
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