缓慢演化的早期宇宙与含时基本常数和轻子质量的唯象模型
Slowly evolving early universe and a phenomenological model for time-dependent fundamental constants and the leptonic masses
摘要：
本文提出了一个具有极高精度的唯象模型来描述原初基本常数（e，h，G和c）和轻子质量的宇宙时间变化。这个模型纯粹是探索性的，因为在非常早期的时候，光速被故意建模为可以忽略不计的小，这表明在t=0附近宇宙膨胀非常缓慢。这个想法在宇宙学及其建模中的影响是压倒性的。
英文摘要：
A phenomenological model with an extreme accuracy is proposed for the cosmic time variation of the primordial fundamental constants (e, h, G and c) and the leptonic masses. The model is purely exploratory in that at the very early times the light speed is purposely modeled to be negligibly small, indicating a very slowly expanding universe around t=0. The impact of this idea in cosmology and its modeling is overwhelming.
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。
