Canonical interpretation of the η 2(1870)

Abstract

We argue that the mass, production, total decay width, and decay pattern of the η 2 (1870)do not appear to contradict with the picture of it being the conventional 2 1 D 2 qq state. The possibility of the η 2 (1870) being a mixture of the conventional qq and the hybrid is also discussed.

Strong decays of the higher isovector scalar mesons

“…The 3 P 0 model, also known as the quark-pair creation model, was originally introduced by Micu [19] and further developed by Le Yaouanc et al [20][21][22]. The 3 P 0 model has been widely applied to study strong decays of hadrons with considerable success [23][24][25][26][27][28][29][30][31][32][33][34][35][36][37][38][39][40]. The main assumption of the 3 P 0 model is that the strong decay occurs through a quark-antiquark pair with the vacuum quantum number.…”

Implication ofBABAR’s new data on theDs1(2710)andDsJLi1, Ma2 2010Phys. Rev. DSelf Cite

“…According to the explicit expression for M LS given by our previous work [40,41,42], the input parameters include the light qq production strength γ, the SHO wave function scalar parameters β, and the constituent quarks masses. …”

The possible members of the $$5^1S_0$$ 5 1 S 0 meson nonet

“…The 3 P 0 model has been widely used to study the strong decays of hadrons in literature [4][5][6][23][24][25][26][27][28][29][30][31][32][33][34][35][36][37][38]. In the 3 P 0 model, the meson strong decay takes place by producing a quark-antiquark pair with vacuum quantum number J PC = 0 ++ .…”