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arXiv 1307.2149hep-ph
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重夸克、质量起源和宇宙的CP破坏

Heavy Quarks, Origin of Mass, and CP Violation for Universe

George W. S. Hou

摘要:

本文利用Goldstone($V_L$)交换构造了手征夸克$Q$的标度不变“能隙方程”,其中无质量输入由规范不变性保证.给出了汤川耦合$\sim 4π$的数值解。反过来,因为这个能隙方程是尺度不变的,所以强耦合解与126 GeV的介子是相容的,这将是来自更高能量的真正信使。给出了几TeV尺度下与重手征夸克有关的一些可能现象。增加这个重夸克扇区可能提供足够的CP破坏,以产生宇宙的物质主导。

英文摘要:

A scale-invariant "Gap Equation" is constructed for chiral quark $Q$ by Goldstone, or $V_L$, exchange, where massless input is guaranteed by gauge invariance. A numerical solution is found for Yukawa coupling $\sim 4π$. In turn, because this gap equation is scale invariant, the strong coupling solution is compatible with a 126 GeV dilaton, which would be a true messenger from higher energies. Some possible phenomena pertaining to heavy chiral quarks at few TeV scale is offered. Adding this heavy quark sector may provide enough CP violation for generating the matter dominance 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。

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