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首页> 外文期刊>Hadronic Journal >LIENARITY OF REGGE TRAJECTORIES AND ITS CO-REALTION WITH QUANTIZED HADRONIC MASSES
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LIENARITY OF REGGE TRAJECTORIES AND ITS CO-REALTION WITH QUANTIZED HADRONIC MASSES

机译：区域轨迹轨迹的数量及其与定量哈德朗姆斯质量的共创建

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摘要

We have scrutinized the standard Regge-Chew-Frautschi approach, which proposes a linear relationship between the total angular momentum and the squared mass of hadrons. Some theoretical string models of hadron spectroscopy, which consider Regge trajectories (RTs) and focus considerably on the issue of linear versus non-linear and parallel versus non-parallel RTs have also been analyzed. Recent experimental data exhibit the fact that the hadronic Regge trajectories are non-linear and intersecting. A reason for the deviation from linearity is here proposed via the concept of "quantized" hadronic masses. We have reconstructed some Regge trajectories for mesons and baryons by taking the 70 MeV spinless mass quanta as the ultimate building block for the light hadrons. In order to make masses integral multiples of 70 MeV, we had to add or subtract only small amounts, which have also been explained by us. We have shown how linearity is maintained if quantized hadron masses are considered, and in this paper it has also been established that mesons and baryons have different slopes.
机译：我们已经仔细研究了标准的Regge-Chew-Frautschi方法，该方法提出了总角动量与强子平方质量之间的线性关系。还分析了一些强子光谱的理论字符串模型，这些模型考虑了Regge轨迹（RTs），并相当关注于线性与非线性，平行与非平行RTs问题。最近的实验数据表明强子Regge轨迹是非线性且相交的。这里通过“量化的”强子质量的概念提出了偏离线性的原因。我们通过将70 MeV无旋转质量量子作为轻强子的最终构造单元，为介子和重子重建了Regge轨迹。为了使质量成为70 MeV的整数倍，我们仅需增加或减去少量，这也已由我们解释。我们已经显示了如果考虑量化的强子质量如何保持线性，并且在本文中还确定了介子和重子具有不同的斜率。

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