论文标题
抗kaonic核中抗k和lambda（1405）簇的结合（1405）
Binding of antikaons and Lambda(1405) clusters in light kaonic nuclei
论文作者
论文摘要
使用零范围$ \ bar {k} n $和$ \ bar {k} \ bar {k} $有效的单渠道真实潜力的相互作用，使用了$ 0S $ - 轨道模型的理论框架，研究了轻质量核核的能量光谱。 $ \ bar {k} nn $，$ \ bar {k} nnn $，$ \ bar {k} nnnn $，$ \ bar {k} \ bar {k} n $，和$ \ bar {k} \ bar {k} \ bar {k} nn $ bar in n n y ne ne ne ne ne deef-b in n $ and-b inculated n $ n $ carive and-b incult and-bind n $ carive and-bind n $ carive。进行调整的交互作用以适合$λ（1405）$质量，并与$ \ bar {k} n $绑定状态的能量。结果定性地再现了通过其他理论方法计算的Kaonic核的能量系统。在$ \ bar {k} nn $和$ \ bar {k} \ bar {k} nn $ systems的能量光谱中，最低状态$ \ bar {k} nn（j^π，t = 0^ - ，1/2）$ and $ \ bar {k} \ bar {k} \ bar {k} nn（bar {k g g g g g and west and west and）and west and west和0）与$ \ bar {k} n（1/2^ - 0）$状态的大。 Higher $(J^π,T)$ states including $\bar{K} NN(1^-,1/2)$, $\bar{K}\bar{K} NN(0^+,1)$, and $\bar{K}\bar{K} NN(1^+,1)$ were predicted at energies of 9--25 MeV below the antikaon-decay threshold.还通过$ \ bar {k} n+\ bar {k} n $ cluster模型研究了有效的$λ（1405）$ - $ - $ - $ - $ - $ - $ - $ - $ - $ - $ - $λ（1405）$交互。在$ s^π= 0^+$和$ s^π= 1^ - $ channels中获得了强和弱$λ（1405）$ - $λ（1405）$。将$λ（1405）$ - $λ（1405）$相互作用与$ nnnn $系统中的有效$ d $ - $ d $相互作用进行了比较，并讨论了$ nnnn $ system中的有效$ d $ - $ d $互动，并讨论了二聚体和核系统中的二聚体 - 二聚体相互作用的属性。
The energy spectra of light-mass kaonic nuclei were investigated using the theoretical framework of the $0s$-orbital model with zero-range $\bar{K} N$ and $\bar{K}\bar{K}$ interactions of effective single-channel real potentials. The energies of the $\bar{K} NN$, $\bar{K} NNN$, $\bar{K} NNNN$, $\bar{K}\bar{K} N$, and $\bar{K}\bar{K} NN$ systems were calculated in the cases of weak- and deep-binding of the $\bar{K} N$ interaction, which was adjusted to fit the $Λ(1405)$ mass with the energy of the $\bar{K} N$ bound state. The results qualitatively reproduced the energy systematics of kaonic nuclei calculated via other theoretical approaches. In the energy spectra of the $\bar{K} NN$ and $\bar{K}\bar{K} NN$ systems, the lowest states $\bar{K} NN(J^π,T=0^-,1/2)$ and $\bar{K}\bar{K} NN(0^+,0)$ were found to have binding energies approximately twice and four times as large as that of the $\bar{K} N(1/2^-,0)$ state, respectively. Higher $(J^π,T)$ states including $\bar{K} NN(1^-,1/2)$, $\bar{K}\bar{K} NN(0^+,1)$, and $\bar{K}\bar{K} NN(1^+,1)$ were predicted at energies of 9--25 MeV below the antikaon-decay threshold. The effective $Λ(1405)$-$Λ(1405)$ interaction in the $\bar{K}\bar{K} N N$ system was also investigated via a $\bar{K} N+\bar{K} N$-cluster model. Strong and weak $Λ(1405)$-$Λ(1405)$ attractions were obtained in the $S^π=0^+$ and $S^π=1^-$ channels, respectively. The $Λ(1405)$-$Λ(1405)$ interaction in the $$\bar{K}\bar{K} NN$ system was compared with the effective $d$-$d$ interaction in the $NNNN$ system, and the properties of dimer-dimer interactions in hadron and nuclear systems were discussed.
