Q. Wang 王

activity

20202025

most citedDetermine the quantum numbers of

X (6900)

from photon-photon fusion in ultra-peripheral heavy ion collisions

2 citations · 2 across the 1 of their papers we have counts for

collaborators

3 papers

hep-ph2025

Numerical study on the gauge symmetry of electroweak amplitudes

Wang-Fa Li, Junmou Chen, Qian-Jiu Wang +1

Electroweak (EW) amplitudes in the gauge-Goldstone five-component formalism have a distinctive property: gauge symmetry is imprinted in the amplitudes, manifested as the massive Wa…

hep-ph2022★ 2 cited

Determine the quantum numbers of $X (6900)$ from photon-photon fusion in ultra-peripheral heavy ion collisions

Peng-Yu Niu, Enke Wang, Qian Wang +1

We study the production of the $X (6900)$ through the $J / ψ J / ψ$ decay channel in the ultra-peripheral heavy ion collisions at the LHC energy region. The potential quantum numbers of…

hep-ph2020

Exotic $D ˉ_{s}^{()} D^{()}$ molecular states and $sc q ˉ c ˉ$ tetraquark states with $J^{P} = 0^{+}, 1^{+}, 2^{+}$

Qi-Nan Wang, Wei Chen, Hua-Xing Chen

We have calculated the mass spectra for the $D ˉ_{s}^{(*)} D^{(*)}$ molecular states and $sc q ˉ c ˉ$ tetraquark states with $J^{P} = 0^{+}, 1^{+}, 2^{+}$ . The masses of the axial-vecto…

Numerical study on the gauge symmetry of electroweak amplitudes

Determine the quantum numbers of X(6900) from photon-photon fusion in ultra-peripheral heavy ion collisions

Exotic Dˉs(∗)​D(∗) molecular states and scqˉ​cˉ tetraquark states with JP=0+,1+,2+

Determine the quantum numbers of $X (6900)$ from photon-photon fusion in ultra-peripheral heavy ion collisions

Exotic $D ˉ_{s}^{()} D^{()}$ molecular states and $sc q ˉ c ˉ$ tetraquark states with $J^{P} = 0^{+}, 1^{+}, 2^{+}$