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Abstract

In this paper, we study the mass distribution of elementary fermions and find a set of empirical relations to describe the mass distribution of elementary fermions. This inspires us to investigate in depth the origin of elementary fermion mass hierarchies and generations. We present a theoretical model to explain why the elementary fermions have three generations and discuss the origin of the fundamental fermion mass hierarchies and spin.

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Corresponding author:Mi Li-Gong,miligong@foxmail.com

Funds:Project supported by the National Natural Science Foundation of China (Grant No. 11963003), the National SKA Program of China (Grant No. 2020SKA0110300), the Youth Science & Technology Talents Development Project of Guizhou Education Department, China (Grant Nos. KY[2018]433, 119), and the Guizhou University Talent Research Fund, China (Grant No. (2018)60)

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代	$l=1$	$l=2$	$l=3$
$n=1$	${\rm d}\,[4.64_{-0.17}^{+0.48}]$	${\rm c}\,[1270\pm20]$	${\rm t}\,[172760\pm300]$
$n=2$	${\rm e}\,[0.5109989461\pm0.0000000031]$	$\text{µ}\,[105.6583745\pm0.0000024]$	$\text{τ[}\,[1776.82\pm0.12]$
$n=3$	${\rm u}\,[2.16_{-0.26}^{+0.49}]$	${\rm s}\,[93_{-5}^{+11}]$	${\rm b}\,[4180_{-20}^{+30}]$
$n=4$	$\text{ν}_ {\rm e}$	$\text{ν}_\text{µ}$	$\text{ν}_\text{τ}$

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Vol. 70, Issue 23 - 2021-12-05

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