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asymmetries in the and decays
Di Wang, Si-Jia Wen
asymmetry is a crucial element in interpreting the matter-antimatter asymmetry in the universe and searching for new physics beyond the Standard Model. In this work, we study…
-spin sum rules for two-body decays of bottom baryons
Si-Jia Wen, Wei-Chen Fu, Di Wang
-spin symmetry, which reflects the symmetry between the down-type and quarks, is a powerful tool for analyzing heavy hadron weak decays. Motivated by recent experimental…
Topological Diagrams and Hadronic Rescattering: A Framework for CP Violation in Charmed Baryon Decays
Ying-Xin Lai, Di Wang
Establishing CP violation in the charmed baryon sector remains a central challenge in particle physics. In this work, we develop a framework for CP violation in charmed baryon deca…
Topological amplitudes of bottom baryon decays in the limit
Di Wang, Wei-Chen Fu
Motivated by the first observation of CP violation in baryon decays, we study the topological amplitudes of bottom baryon decays in the limit. The topological diagrams of…
-spin conjugate violation relations in bottom baryon decays
Bo-nan Zhang, Di Wang
Motivated by the first observation of violation in baryon decays, we study the relations for asymmetries of bottom baryon decays. It is found that all the violation…
Isospin sum rules for bottom-baryon weak decays
Wei-Chen Fu, Si-Jia Wen, Di Wang
Isospin symmetry, as the most precise flavor symmetry, can be used to extract information about hadronic dynamics. The effective Hamiltonian operators of bottom quark weak decays a…