Lian-Rong Dai

activity

20092023

J / ψ \to ϕ (ω) f_{2} (1270)

J / ψ \to ϕ (ω) f_{2}^{'} (1525)

and

J / ψ \to K^{* 0} (892) K ˉ_{2}^{* 0} (1430)

decays

56 citations · 121 across the 4 of their papers we have counts for

collaborators

4 papers

hep-ph2023★ 1 cited

The isospin and compositeness of the $T_{cc} (3875)$ state

L. R. Dai, L. M. Abreu, A. Feijoo +1

We perform a fit to the LHCb data on the $T_{cc} (3875)$ state in order to determine its nature. We use a general framework that allows to have the $D^{0} D^{*+}$ , $D^{+} D^{* 0}$ compon…

hep-ph2018★ 17 cited

$τ$ decay into a pseudoscalar and an axial-vector meson

L. R. Dai, L. Roca, E. Oset

We study theoretically the decay $τ^{-} \to ν_{τ} P^{-} A$ , with $P^{-}$ a $π^{-}$ or $K^{-}$ and $A$ an axial-vector resonance $b_{1} (1235)$ , $h_{1} (1170)$ , $h_{1} (1380)$ , $a_{1} (1260)$ , $f_{1} (1285)$ o…

hep-ph2010★ 47 cited

Limits to the Fixed Center Approximation to Faddeev equations: the case of the $ϕ (2170)$

A. Martínez Torres, E. J. Garzon, E. Oset +1

The Fixed Center Approximation to the Faddeev equations (FCA) has been used lately with success in the study of bound systems of three hadrons. It is also important to set the limi…

nucl-th2009★ 56 cited

Study of the $J / ψ \to ϕ (ω) f_{2} (1270)$ , $J / ψ \to ϕ (ω) f_{2}^{'} (1525)$ and $J / ψ \to K^{* 0} (892) K ˉ_{2}^{* 0} (1430)$ decays

A. Martinez Torres, L. S. Geng, L. R. Dai +3

We present an approach to study the decay modes of the $J / ψ$ into a vector meson and a tensor meson, taking into account the nature of the $f_{2} (1270)$ , $f_{2}^{'} (1525)$ , $\bar{K}^{* 0}…

The isospin and compositeness of the Tcc​(3875) state

τ decay into a pseudoscalar and an axial-vector meson

Limits to the Fixed Center Approximation to Faddeev equations: the case of the ϕ(2170)

Study of the J/ψ→ϕ(ω)f2​(1270), J/ψ→ϕ(ω)f2′​(1525) and J/ψ→K∗0(892)Kˉ2∗0​(1430) decays

The isospin and compositeness of the $T_{cc} (3875)$ state

$τ$ decay into a pseudoscalar and an axial-vector meson

Limits to the Fixed Center Approximation to Faddeev equations: the case of the $ϕ (2170)$

Study of the $J / ψ \to ϕ (ω) f_{2} (1270)$ , $J / ψ \to ϕ (ω) f_{2}^{'} (1525)$ and $J / ψ \to K^{* 0} (892) K ˉ_{2}^{* 0} (1430)$ decays