Jiangsu Normal University

output

20062026

most citedThe metallization and superconductivity of dense hydrogen sulfide

756 citations

Showing 2015 · hep-phShow all

4 papers · 2 filters

hep-ph2015★ 22 cited

Resolving the $B \to K π$ puzzle by Glauber-gluon effects

Xin Liu, Hsiang-nan Li, Zhen-Jun Xiao

We extend the perturbative QCD formalism including the Glauber gluons, which has been shown to accommodate the measured $B \to π π$ and $B^{0} \to ρ^{0} ρ^{0}$ branching ratios simultaneous…

hep-ph2015★ 6 cited

Large non-factorizable contributions in $B \to a_{0} a_{0}$ decays

Defa Dou, Xin Liu, Jing-Wu Li +1

We investigate three tree-dominated $B \to a_{0} a_{0}$ decays for the first time in the perturbative QCD(pQCD) approach at leading order in the standard model, with $a_{0}$ standing for…

hep-ph2015★ 17 cited

Transverse-momentum-dependent wave functions with Glauber gluons in $B \to π π$ , $ρρ$ decays

Xin Liu, Hsiang-nan Li, Zhen-Jun Xiao

We investigate the Glauber-gluon effect on the $B \to π π$ and $ρρ$ decays, which is introduced via a convolution of a universal Glauber phase factor with transverse-momentum-depend…

hep-ph2015★ 63 cited

Improved Estimates of The $B_{(s)} \to V V$ Decays in Perturbative QCD Approach

Zhi-Tian Zou, Ahmed Ali, Cai-Dian Lu +2

We reexamine the branching ratios, $C P$ -asymmetries, and other observables in a large number of $B_{q} \to V V (q = u, d, s)$ decays in the perturbative QCD (PQCD) approach, where $V$ denot…

Resolving the B→Kπ puzzle by Glauber-gluon effects

Large non-factorizable contributions in B→a0​a0​ decays

Transverse-momentum-dependent wave functions with Glauber gluons in B→ππ, ρρ decays

Improved Estimates of The B(s)​→VV Decays in Perturbative QCD Approach

Resolving the $B \to K π$ puzzle by Glauber-gluon effects

Large non-factorizable contributions in $B \to a_{0} a_{0}$ decays

Transverse-momentum-dependent wave functions with Glauber gluons in $B \to π π$ , $ρρ$ decays

Improved Estimates of The $B_{(s)} \to V V$ Decays in Perturbative QCD Approach