From the 1 of 8 linked papers with an AI index.
9 papers
An improved moment QCD sum rule
Jin-Peng Zhang, Xu-Liang Chen, Wei Chen
The paper introduces an improved moment QCD sum rule (IMSR) that removes subjectivity from traditional sum‑rule analyses, allowing simultaneous determination of ground‑state masses…
Study of the and dibaryons in QCD Sum Rules
Xu-Liang Chen, Jin-Peng Zhang, Zi-Xi Ou-Yang +2
The recent observation of a family of fully-charm tetraquark states by the LHCb, ATLAS and CMS Collaborations suggests the possible existence of fully-heavy dibaryons. In this work…
Three-body molecular states composed of and two nucleons
Si-Yi Chen, Fei-Yu Chen, Xu-Liang Chen +3
We study the three-body systems and within a hadronic molecular framework by combining a realistic nucleon-nucleon interaction with a potential constrain…
Unraveling as a pseudoscalar tetraquark state
Jin-Peng Zhang, Xu-Liang Chen, Zi-Xi Ou-Yang +3
The recent observed has been identified as a supernumerary pseudoscalar resonance signal in the strange-meson spectrum predicted by quark model calculations. It is the b…
Doubly charmed pentaquark states with strangeness
Wei Chen, Feng-Bo Duan, Zi-Yan Yang +3
In this work, we have studied the mass spectra of doubly charmed pentaquark states with strangeness by using the method of QCD sum rules. We use the parity projected sum…
Possible bound states in the triple- and triple- systems
Guo-Feng Xu, Xu-Liang Chen, Jin-Peng Zhang +2
The observations of fully-charm tetraquark states in the LHCb, CMS and ATLAS experiments suggested the existence of the hadronic molecules of two-charmonium states, which may also…