论文标题
相对论鲍罗兰国家
Relativistic Borromean States
论文作者
论文摘要
在这项工作中，已经讨论了3个弹壳重生的相对论和非权威性限制中的玻感和费米斯病例的存在。使用线性骨化模型，我们检查了骨系统中类似Efimov状态的存在。在这两个限制中，在3玻色子相互作用顶点中都发现了几何奇异性系列，而在相对论极限中，能量比在相对论极限下降低了约70 \％。在重型巴里昂研究中的Quark-Diquark模型中，我们已经仔细检查了P-Wave Quark-Diquark的相互作用，并在有限的能量尺度上发现了一个孤立的硼极。这可能表明在高能量夸克事物中具有特殊的轻夸克状态。在其他情况下，可以按预期获得微不足道的结果。在相对论的极限中，对于骨气和费米子病例，潜在的硼状状态与质量无关，这意味着即使在零质量极限中，结果也是有效的。
In this work the existence of Borromean states has been discussed for bosonic and fermionic cases in both the relativistic and non-relativistic limits from the 3-momentum shell renormalization. With the linear bosonic model we checked the existence of Efimov-like states in the bosonic system. In both limits a geometric series of singularities are found in the 3-boson interaction vertex, while the energy ratio is reduced by around 70\% in the relativistic limit because of the anti-particle contribution. Motivated by the quark-diquark model in heavy baryon studies, we have carefully examined the p-wave quark-diquark interaction and found an isolated Borromean pole at finite energy scale. This may indicate a special baryonic state of light quarks in high energy quark matters. In other cases trivial results are obtained as expected. In relativistic limit, for both bosonic and fermionic cases, potential Borromean states are independent of the mass, which means the results would be valid even in zero-mass limit as well.
