W. Liang

activity

20072024

most citedWeak decays of heavy hadrons into dynamically generated resonances

143 citations · 1.5k across the 72 of their papers we have counts for

collaborators

72 papers

hep-ph2024

On the molecular nature of the $Ω_{c} (3120)$ and its analogy with the $Ω (2012)$

Natsumi Ikeno, Wei-Hong Liang, Eulogio Oset

We make a study of the $Ω_{c} (3120)$ , one of the five $Ω_{c}$ states observed by the LHCb collaboration, which is well reproduced as a molecular state from the $Ξ_{c}^{*} K ˉ$ and $Ω^*_…

hep-ph2024

$B ˉ_{s}^{0} \to D_{s 1} (2460)^{+} K^{-}, D_{s 1} (2536)^{+} K^{-}$ and the nature of the two $D_{s 1}$ resonance

Jia-Xin Lin, Hua-Xing Chen, Wei-Hong Liang +2

Starting from the molecular picture for the $D_{s 1} (2460)$ and $D_{s 1} (2536)$ resonances, which are dynamically generated by the interaction of coupled channels, the most important…

hep-ph2023

Contrasting observables related to the $N^{*} (1535)$ from the molecular or a genuine structure

Hai-Peng Li, Jing Song, Wei-Hong Liang +2

In this work we compare the predictions for the scattering length and effective range of the channels $K^{0} Σ^{+}, K^{+} Σ^{0}, K^{+} Λ$ and $η p$ , assuming the $N^{*} (1535)$ state as a molec…

hep-ph2023

$J / ψ$ decays into $ω (ϕ) f_{1} (1285)$ and $ω (ϕ)^{''} f_{1} (1420)^{''}$

Jia-Xin Lin, Jia-Ting Li, Wei-Hong Liang +2

We perform a theoretical study of the $J / ψ \to ω (ϕ) K^{*} K ˉ + c . c . \to ω (ϕ) K^{0} π^{+} K^{-}$ reactions with the assumption that the $f_{1} (1285)$ is dynamically generated from a singl…

hep-ph2023

Correlation functions for the $N^{*} (1535)$ and the inverse problem

Raquel Molina, Chu-Wen Xiao, Wei-Hong Liang +1

The $N^{*} (1535)$ can be dynamically generated in the chiral unitary approach with the coupled channels, $K^{0} Σ^{+}, K^{+} Σ^{0}, K^{+} Λ$ and $η p$ . In this work we evaluate the correlation…

hep-ph2023

Two states for the $Ξ (1820)$ resonance

R. Molina, Wei-Hong Liang, Chu-Wen Xiao +2

We recall that the chiral unitary approach for the interaction of pseudoscalar mesons with the baryons of the decuplet predicts two states for the $Ξ (1820)$ resonance, one with a n…

On the molecular nature of the Ωc​(3120) and its analogy with the Ω(2012)

Bˉs0​→Ds1​(2460)+K−,Ds1​(2536)+K− and the nature of the two Ds1​ resonance

Contrasting observables related to the N∗(1535) from the molecular or a genuine structure

J/ψ decays into ω(ϕ)f1​(1285) and ω(ϕ)′′f1​(1420)′′

Correlation functions for the N∗(1535) and the inverse problem

Two states for the Ξ(1820) resonance

On the molecular nature of the $Ω_{c} (3120)$ and its analogy with the $Ω (2012)$

$B ˉ_{s}^{0} \to D_{s 1} (2460)^{+} K^{-}, D_{s 1} (2536)^{+} K^{-}$ and the nature of the two $D_{s 1}$ resonance

Contrasting observables related to the $N^{*} (1535)$ from the molecular or a genuine structure

$J / ψ$ decays into $ω (ϕ) f_{1} (1285)$ and $ω (ϕ)^{''} f_{1} (1420)^{''}$

Correlation functions for the $N^{*} (1535)$ and the inverse problem

Two states for the $Ξ (1820)$ resonance