1.Yu-FeiWanget al.(Jülich-Bonn-Washington Collaboration) Globaldata-driven determination of baryon transition form factors, Phys.Rev.Lett. 133(2024)101901.
2.Yu-FeiWang, Chao-Wei Shen, Deborah Rönchen, Ulf-G. Meißner, Bing-Song Zou, and Fei Huang Nature of the Pc states from compositeness criteria, Phys. Rev. D112 (2025) 074010.
3.Yu-FeiWang, Ulf-G. Meißner, Deborah Rönchen, and Chao-Wei Shen Examination of the nature of the N* and ∆ resonances via coupled-channels dynamics, Phys.Rev.C109 (2024)015202.
4.Yu-FeiWang,DeborahRönchen,Ulf-G.Meißner, Yu Lu,Chao-Wei Shen,and Jia-Jun Wu The reaction πN→ωN in adynamical coupled-channel approach, Phys. Rev. D106 (2022)094031.
5.YaoMa,Wen-QiNiu,Yu-FeiWang(Corresponding author),and Han-Qing Zheng How does the S11N*(890) state emerge from a naive K-matrix fit?, Commun.Theor.Phys.72 (2020)105203.
6. Qin-Fang Cao, Hong-Rong Qi,Yu-FeiWang(Corresponding author), and Han-Qing Zheng Discussions on the line-shape of the X(4660)resonance,Phys. Rev. D100 (2019)054040.
7.Yu-FeiWang,De-Liang Yao,and Han-Qing Zheng New insights on low energy πN scattering amplitudes:comprehensive analyses at O(p3)level,Chin.Phys. C43(2019)064110.
8.Yu-FeiWang,De-Liang Yao,and Han-Qing Zheng On the existence of N*(890) in S11 channel of πN scatterings,Front.Phys. (Beijing)14(2019)24501.
9.Yu-FeiWang,De-Liang Yao,and Han-Qing Zheng,New in sights on low energy πN scattering amplitudes,Eur.Phys.J.C78(2018)543.
10. Wen-Ya Tian, Neng-Chang Wei,Yu-FeiWang,Fei Huang,and Bing-Song Zou Effects of hadronic molecule N(2080)3/2-onK*+Λ photoproduction,Phys.Rev.C112(2025)055203.
11.KeWang,Yu-FeiWang,Bo-ChaoLiu,and Fei Huang,Sifting out the neutral and charged components of X(3872) from a spin observable,Phys. Rev. D112 (2025)094055.
12.Ke Wang,Yu-FeiWang,Bo-Chao Liu,and Fei Huang,Search for the Σ1*/2.(1380) state in Λc(+)→γπ+Λ decay by triangle singularity,Phys.Rev. D110 (2024)094017.
13. Chao-WeiShen,Deborah Rönchen,Ulf-G.Meißner,Bing-SongZou,and Yu-FeiWang,Explo-ration of the LHCb Pc states and possible resonances in a unitary coupled-channel model,Eur.Phys.J.C84(2024)764.
14. Qu-ZhiLi, YaoMa,Wen-Qi Niu,Yu-FeiWang,and Han-Qing Zheng An N/D study of the S11 channel πN scattering amplitude, Chin.Phys. C46 (2022)023104.
15.Qin-Rong Gong,Jing-Long Pang,Yu-FeiWang,and Han-Qing Zheng,The Zc(3900) peak does not come from the“trianglesingularity”,Eur.Phys. J.C78 (2018)276.
16. Qin-RongGong,Zhi-HuiGuo,CeMeng,Guang-YiTang,Yu-FeiWang,and Han-QingZheng,Zc(3900)as a D¯D* molecule from the polecountingrule,Phys.Rev.D94 (2016) 114019.