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X(3872) and Bound State Problem of D0(D)*0((D)0D*0)

机译:X(3872)和D0(d)* 0的绑定状态问题((d)0d * 0)

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We have performed a dynamical calculation of the bound state problem of D0(D)*0 by considering the pion and sigma meson exchange potential.Our preliminary analysis disfavors the molecular interpretation of X(3872) if we use the experimental D* Dπ coupling constant g=0.59 and a reasonable cutoff around 1 GeV,which is the typical hadronic scale.In contrast,there probably exists a loosely bound S-wave B (-B)* molecular state.Such a molecular state would be rather stable since its dominant decay mode is the radiative decay through B*→Bγ.
机译:通过考虑π和Sigma Meson Exchange潜力,我们执行了D0(d)* 0的绑定状态问题的动态计算。如果我们使用实验D *dπ耦合常数,则初步分析X(3872)的分子解释g = 0.59和1 GEV的合理截止值,这是典型的HADRONIC SCALE.IN对比,可能存在松散的S-WAVE B(-B)*分子状态。SUCH以来的分子状态是相当稳定的衰减模式是通过B *→Bγ的辐射衰减。

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