activity
20162024
most citedImproved understanding of the peaking phenomenon existing in the new di- invariant mass spectrum from the CMS Collaboration

19 citations · 56 across the 6 of their papers we have counts for

collaborators

6 papers

hep-ph20249 cited

The role of electromagnetic interaction in the and its analogs

Ping Chen, Zhan-Wei Liu, Zi-Le Zhang +4

We investigate the role of the electromagnetic interaction in the formation and decay of the . The binding properties of the are studied by assuming the molecula…

hep-ph20233 cited

Cut structures and an observable singularity in the three-body threshold dynamics: the case

Jun-Zhang Wang, Zi-Yang Lin, Shi-Lin Zhu

The three-body threshold effect, the distinctive and intriguing non-perturbative dynamics in the low-energy hadron-hadron scattering, has acquired compelling significance in the wa…

hep-ph202210 cited

The role of the and states in mediating the and processes

Qin-Song Zhou, Jun-Zhang Wang, Xiang Liu

The and processes are ideal platforms to search for higher states. Focusing on the observations of two enhancement structures around 2.2 GeV e…

hep-ph202219 cited

Improved understanding of the peaking phenomenon existing in the new di- invariant mass spectrum from the CMS Collaboration

Jun-Zhang Wang, Xiang Liu

Very recently, the CMS Collaboration reported a peaking phenomenon existing in the di- invariant mass spectrum from collision, by which the structure announced…

hep-ph2022

Identifying the contribution of higher mesons around 2 GeV in the and processes

Qin-Song Zhou, Jun-Zhang Wang, Xiang Liu +1

The properties of the light vector meson states around 2.0 GeV have been poorly understood for a long time, which has become a barrier to the expansion to higher light vector meson…

hep-ph201615 cited

Revealing the inner structure of the newly observed

Jun-Zhang Wang, Dian-Yong Chen, Qin-Tao Song +2

Stimulated by the recent observation of the , we study the decay behaviors of the and charmed mesons in the present work. By comparing the masses and deca…