]">
DrSergi Gonzàlez-Solís(Institute of Theoretical Physics (CAS))
]">
Junxu Lu(School of Physics and Nuclear Energy Engineering, International Research Center for Nuclei and Particles in the Cosmos Beijing Key Laboratory of Advanced Nuclear Materials and Physics, Beihang University)
Recently, the observation of the X(5568) by the D0 Collaboration has attracted a lot of interest both theoretically and experimentally. In a previous study(arXiv:1309.4743[hep-ph]), based on a fit to the lattice QCD scattering lengths of $DK$ and its coupled channels, unitary chiral perturbation theory (UChPT) can dynamically generate the $D_{s0}(2317)$. Inspired by that work and the recent...
]">
MrGang Yang(Nanjing Normal University)
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MrShaowei Lan(Central China Normal University)
]">
Drxinyang wang(IHEP)
]">
siqi Xu(i)
]">
王妹 查(中国科学技术大学近代物理系)
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DrLei Li(Beijing Institute of Petrochemical Technology)
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MrGong-Ming Yu(Institute of Modern Physics, Chinese Academy of Sciences)
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DrCHI YANG(Shandong University)
]">
Wenbin Zhao(school of physics Peking Uniersity)
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DrXu Cao(IMP@CAS)
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DrJacopo Ferretti(Institute of Theoretical Physics, CAS, Beijing)
]">
DrJixing Li(Peking University)
]">
MsHui Li(USTC)
]">
MrWei Sun(IHEP, CAS)
]">
MrWenkai Fan(Nanjing University)
]">
MrXiaoliang Xia(USTC)
]">
MrBingxin zhang(institute of high energy physics)
]">
MsZiyue Wang(Tsinghua University)
]">
DrDian-Yong Chen(southeast university)
]">
DrJun Song(Jining university)
]">
MrHong Mao(Hangzhou Normal University)
]">
Shu HE(Central China Normal University)
]">
DrGaoqing Cao(Tsinghua University)
]">
Shu Lin(Sun Yat-Sen University)
]">
DrBing-feng Jiang(Hubei Institute for Nationalities)
]">
En Wang(Zhengzhou University)
]">
Prof.Wenchang Xiang(Guizhou University of Finance and Economics)
We analytically solve the full next-to-leading logarithmic Balitsky-Kovchegov equation in the saturation regime, which includes corrections from quark and gluon loops, and large double transverse logarithms. The analytic result for the S-matrix in the saturation regime shows that the linear rapidity decrease with rapidity of the exponent in running coupling case is replaced by...
]">
Prof.Yi Wang(Tsinghua University)
]">
Prof.Bo-Qiang Ma(Peking University)
]">
MrLingxiao Wang(Tsinghua University)
]">
DrJu-Jun Xie(IMP@CAS)
