Feng-Kun Guo

most citedHadronic decays of the heavy-quark-spin molecular partner of

T_{cc}^{+}

18 citations · 26 across the 4 of their papers we have counts for

collaborators

4 papers

nucl-th2023

Neutron Scattering off One-Neutron Halo Nuclei in Halo Effective Field Theory

Xu Zhang, Hai-Long Fu, Feng-Kun Guo +1

Neutron scattering off neutron halos can provide important information about the internal structure of nuclei close to the neutron drip line. In this work, we use halo effective fi…

hep-ph2023★ 1 cited

Reconciling experimental and lattice data of $Z_{c} (3900)$ in a $J / ψ π$ - $D D ˉ^{*}$ coupled-channel analysis

Lin-Wan Yan, Zhi-Hui Guo, Feng-Kun Guo +2

We study the $J / ψ π$ and $D D ˉ^{*}$ coupled-channel system within a covariant framework. The $J / ψ π$ and $D D ˉ^{*}$ invariant-mass distributions measured at 4.23~GeV and 4.26~GeV…

hep-ph2023★ 7 cited

Radiative decays of the heavy-quark-spin molecular partner of $T_{cc}^{+}$

Zhao-Sai Jia, Zhen-Hua Zhang, Gang Li +1

With the assumptions that the $T_{cc}^{+}$ discovered at LHCb is a $D^{*} D$ hadronic molecule, using a nonrelativistic effective field theory we calculate the radiative partial width…

hep-ph2022★ 18 cited

Hadronic decays of the heavy-quark-spin molecular partner of $T_{cc}^{+}$

Zhao-Sai Jia, Mao-Jun Yan, Zhen-Hua Zhang +3

Starting from the hypothesis that the $T_{cc}^{+}$ discovered at LHCb is a $D^{*+} D^{0} / D^{* 0} D^{+}$ hadronic molecule, we consider the partial width of its heavy quark spin part…

Neutron Scattering off One-Neutron Halo Nuclei in Halo Effective Field Theory

Reconciling experimental and lattice data of Zc​(3900) in a J/ψπ-DDˉ∗ coupled-channel analysis

Radiative decays of the heavy-quark-spin molecular partner of Tcc+​

Hadronic decays of the heavy-quark-spin molecular partner of Tcc+​

Reconciling experimental and lattice data of $Z_{c} (3900)$ in a $J / ψ π$ - $D D ˉ^{*}$ coupled-channel analysis

Radiative decays of the heavy-quark-spin molecular partner of $T_{cc}^{+}$

Hadronic decays of the heavy-quark-spin molecular partner of $T_{cc}^{+}$