Ming-Zhu Liu

activity

20182023

most citedEmergence of a complete heavy-quark spin symmetry multiplet: seven molecular pentaquarks in light of the latest LHCb analysis

258 citations · 593 across the 13 of their papers we have counts for

collaborators

24 papers

hep-ph2021★ 8 cited

Discovery of the doubly charmed $T_{cc}^{+}$ state implies a triply charmed $H_{ccc}$ hexaquark state

Tian-Wei Wu, Ya-Wen Pan, Ming-Zhu Liu +3

The doubly charmed exotic state $T_{cc}$ recently discovered by the LHCb Collaboration could well be a $D D^{*}$ molecular state long predicted in various theoretical models, in par…

hep-ph2021★ 1 cited

Hidden charm pentaquark with strangeness $P_{cs}^{*} (4739)$ as a $Σ_{c} D ˉ K ˉ$ bound state

Tian-Wei Wu, Ya-Wen Pan, Ming-Zhu Liu +3

Motivated by the recent discovery of the first hidden charm pentaquark state with strangeness $P_{cs} (4459)$ by the LHCb Collaboration, we study the likely existence of a three-bod…

hep-ph2021

$P_{c} (4457) \to P_{c} (4312) π / γ$ in the molecular picture

Xi-Zhe Ling, Jun-Xu Lu, Ming-Zhu Liu +1

The three pentaquark states, $P_{c} (4312)$ , $P_{c} (4440)$ , and $P_{c} (4457)$ , discovered by the LHCb Collaboration in 2019, can be nicely arranged into a multiplet of $\bar{D}^{(\a…

hep-ph2021★ 13 cited

One way to verify the molecular picture of exotic hadrons --from $D K$ to $D D K / D D ˉ^{(*)} K$

Tian-Wei Wu, Ming-Zhu Liu, Li-Sheng Geng

Starting from 2003, a large number of the so-called exotic hadrons, such as $X (3872)$ and $D_{s 0}^{*} (2317)$ , were discovered experimentally. Since then, understanding the nature of…

hep-ph2021

Understanding $P_{cs} (4459)$ as a hadronic molecule in the $Ξ_{b}^{-} \to J / ψ Λ K^{-}$ decay

Jun-Xu Lu, Ming-Zhu Liu, Rui-Xiang Shi +1

Recently, the LHCb Collaboration reported on the evidence for a hidden charm pentaquark state with strangeness, i.e., $P_{cs} (4459)$ , in the $J / ψ Λ$ invariant mass distribution of t…

hep-ph2021

Can the nature of $a_{0} (980)$ be tested in the $D_{s}^{+} \to π^{+} π^{0} η$ decay?

Xi-Zhe Ling, Ming-Zhu Liu, Jun-Xu Lu +2

From the amplitude analysis of the $D_{s}^{+} \to π^{+} π^{0} η$ decay, the BESIII Collaboration firstly observed the $D_{s}^{+} \to a_{0} (980)^{+} π^{0}$ and $D_{s}^{+} \to a_{0} (980)^{0} π^{+}$ decay modes, w…

Discovery of the doubly charmed Tcc+​ state implies a triply charmed Hccc​ hexaquark state

Hidden charm pentaquark with strangeness Pcs∗​(4739) as a Σc​DˉKˉ bound state

Pc​(4457)→Pc​(4312)π/γ in the molecular picture

One way to verify the molecular picture of exotic hadrons --from DK to DDK/DDˉ(∗)K

Understanding Pcs​(4459) as a hadronic molecule in the Ξb−​→J/ψΛK− decay

Can the nature of a0​(980) be tested in the Ds+​→π+π0η decay?

Discovery of the doubly charmed $T_{cc}^{+}$ state implies a triply charmed $H_{ccc}$ hexaquark state

Hidden charm pentaquark with strangeness $P_{cs}^{*} (4739)$ as a $Σ_{c} D ˉ K ˉ$ bound state

$P_{c} (4457) \to P_{c} (4312) π / γ$ in the molecular picture

One way to verify the molecular picture of exotic hadrons --from $D K$ to $D D K / D D ˉ^{(*)} K$

Understanding $P_{cs} (4459)$ as a hadronic molecule in the $Ξ_{b}^{-} \to J / ψ Λ K^{-}$ decay

Can the nature of $a_{0} (980)$ be tested in the $D_{s}^{+} \to π^{+} π^{0} η$ decay?