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arXiv 1607.05058hep-phhep-ex
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双联体、胶球和九联体异常

Decuplets, glueballs and nonet anomalies

Michal Majewski

摘要:

提出了一种求解胶球搜索问题的新方法。它指的是早期J. Rosner试图探测张量胶球。在本说明书中,胶球态与单重态$q\bar{q}$态被同等对待。将胶球与$q\bar{q}$九联体混合可产生十联体。可以检测到它的成分是甘精球。我们的方法是基于假设消失的外来干扰描述为VEC模型。该模型描述了所有轻介子的多重态。这使得可以比较不同多重态的质量模式。根据VEC的描述,一些异常的九联体可以解释为不完全的十联体。这使得有可能将九重态的异常与十重态的胶球成分联系起来。该模型反映了强相互作用性质的丰富多样性。所提出的处理是相当基本的:只需要知道大量的物理状态。

英文摘要:

A new approach to problem of glueball search is presented. It refers to early J. Rosner's attempts to detect the tensor glueball. In the present description the glueball state is treated on equal footing with singlet $q\bar{q}$ one. Mixing glueball with $q\bar{q}$ nonet creates decuplet. Glueball can be detected as its component. Our approach is based on hypothesis of vanishing exotic commutators described as VEC model. The model describes all multiplets of light mesons. This makes possible to compare the mass patterns of different multiplets. According to VEC description some abnormal nonets can be interpreted as incomplete decuplets. This makes possible to relate the anomaly of the nonet to a glueball component of decuplet. The model reflects rich diversity of strong interaction properties. The treatment presented is quite elementary: only masses of physical states are required to be known.

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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