分形结构细丝断裂后宇宙的诞生
Birth of Universe following Rupture of Fractal Structure Filaments
摘要：
这项工作解决了我们宇宙的独特特征，即由同轴管状和轮状积木组成的分形结构。管的前视图可以示出轮，并且轮又可以示出布置为辐条的径向管。柔性互连源自磁场。中微子天文学指出了恒星和星系核心的分形结构。分形是模拟重子丝的基础，重子丝在“暗物质“中很重要，其拓扑结构可以从辐射的宇宙物体中推断出来。暗物质细丝的破裂可能导致宇宙物体的形成，包括宇宙的诞生。
英文摘要：
This work addresses unique characteristics of our Universe, namely fractal structures that consist of coaxial-tubular and wheel-like building blocks. The front view of the tubes may show a wheel, and in turn, the wheel may show radial tubes arranged as spokes. A flexible interconnect originates from magnetic fields. Neutrino astronomy indicates fractal structure in the core of stars and galaxies. Fractals are fundamental for modeling baryonic filaments important in "dark matter" with a topology that can be inferred from radiating cosmic objects. The rupture of dark-matter filaments may cause formation of cosmic objects including birth of the Universe.
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。
