本文综述了{ \it自旋电荷族}理论迄今取得的成就
The achievements of the {\it spin-charge-family} theory so far
摘要：
50年前，{ \it标准模型}为理解基本费米子和玻色子场提供了一个优雅的新步骤，它提出了几个由实验提出的假设。这些假设仍在等待解释。文献中有许多关于下一步的建议。{ \it自旋-电荷-族}理论，提出了一个在$ d\ge (13+1)$维空间中费米子只与引力相互作用的简单起始作用量（vielbeins和两种自旋联系场），不仅解释了所有由{ \it标准模型}假设的夸克、轻子、反夸克、反轻子的性质，包括矢量规范场的族，希格斯的标量和汤川耦合，{\it暗物质}的出现，{ \it物质-反物质不对称}，做出了几个预测，但也解释了费米子和玻色子的第二量子化假设，分别使用奇和偶Clifford代数的“基矢量”来描述费米子和玻色子的内部空间。因此，单费米子态和单玻色子态已经分别是反对易态和对易态。在这次演讲中，我将简要介绍{ \it spin-charge-family}理论到目前为止所取得的成就，最后提出尚未解决的问题，非常欢迎合作者。
英文摘要：
Fifty years ago the {\it standard model} offered an elegant new step towards understanding elementary fermion and boson fields, making several assumptions, suggested by experiments. The assumptions are still waiting for an explanation. There are many proposals in the literature for the next step. The {\it spin-charge-family} theory, proposing a simple starting action in $ d\ge (13+1)$-dimensional space with fermions interacting with the gravity only (the vielbeins and the two kinds of the spin connection fields), is offering the explanation for not only all by the {\it standard model} assumed properties of quarks and leptons and antiquarks and antileptons, with the families included, of the vectors gauge fields, of the Higgs's scalar and Yukawa couplings, of the appearance of the {\it dark matter}, of the {\it matter-antimatter asymmetry}, making several predictions, but explains as well the second quantization postulates for fermions and bosons by using the odd and the even Clifford algebra ''basis vectors'' to describe the internal space of fermions and bosons, respectively. Consequently the single fermion and single boson states already anticommute and commute, respectively. I present in this talk a very short overview of the achievements of the {\it spin-charge-family} theory so far, concluding with presenting not yet solved problems, for which the collaborators are very welcome.
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。
