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Measurement of the branching fraction for ψ(3770)→γχc0

Authors :
M. Ablikim
M.N. Achasov
X.C. Ai
O. Albayrak
M. Albrecht
D.J. Ambrose
A. Amoroso
F.F. An
Q. An
J.Z. Bai
R. Baldini Ferroli
Y. Ban
D.W. Bennett
J.V. Bennett
M. Bertani
D. Bettoni
J.M. Bian
F. Bianchi
E. Boger
I. Boyko
R.A. Briere
H. Cai
X. Cai
O. Cakir
A. Calcaterra
G.F. Cao
S.A. Cetin
J.F. Chang
G. Chelkov
G. Chen
H.S. Chen
H.Y. Chen
J.C. Chen
M.L. Chen
S.J. Chen
X. Chen
X.R. Chen
Y.B. Chen
H.P. Cheng
X.K. Chu
G. Cibinetto
H.L. Dai
J.P. Dai
A. Dbeyssi
D. Dedovich
Z.Y. Deng
A. Denig
I. Denysenko
M. Destefanis
F. De Mori
Y. Ding
C. Dong
J. Dong
L.Y. Dong
M.Y. Dong
Z.L. Dou
S.X. Du
P.F. Duan
E.E. Eren
J.Z. Fan
J. Fang
S.S. Fang
X. Fang
Y. Fang
R. Farinelli
L. Fava
O. Fedorov
F. Feldbauer
G. Felici
C.Q. Feng
E. Fioravanti
M. Fritsch
C.D. Fu
Q. Gao
X.L. Gao
X.Y. Gao
Y. Gao
Z. Gao
I. Garzia
K. Goetzen
L. Gong
W.X. Gong
W. Gradl
M. Greco
M.H. Gu
Y.T. Gu
Y.H. Guan
A.Q. Guo
L.B. Guo
Y. Guo
Y.P. Guo
Z. Haddadi
A. Hafner
S. Han
X.Q. Hao
F.A. Harris
K.L. He
T. Held
Y.K. Heng
Z.L. Hou
C. Hu
H.M. Hu
J.F. Hu
T. Hu
Y. Hu
G.S. Huang
J.S. Huang
X.T. Huang
Y. Huang
T. Hussain
Q. Ji
Q.P. Ji
X.B. Ji
X.L. Ji
L.W. Jiang
X.S. Jiang
X.Y. Jiang
J.B. Jiao
Z. Jiao
D.P. Jin
S. Jin
T. Johansson
A. Julin
N. Kalantar-Nayestanaki
X.L. Kang
X.S. Kang
M. Kavatsyuk
B.C. Ke
P. Kiese
R. Kliemt
B. Kloss
O.B. Kolcu
B. Kopf
M. Kornicer
W. Kuehn
A. Kupsc
J.S. Lange
M. Lara
P. Larin
C. Leng
C. Li
Cheng Li
D.M. Li
F. Li
F.Y. Li
G. Li
H.B. Li
J.C. Li
Jin Li
K. Li
Lei Li
P.R. Li
Q.Y. Li
T. Li
W.D. Li
W.G. Li
X.L. Li
X.M. Li
X.N. Li
X.Q. Li
Z.B. Li
H. Liang
Y.F. Liang
Y.T. Liang
G.R. Liao
D.X. Lin
B.J. Liu
C.X. Liu
D. Liu
F.H. Liu
Fang Liu
Feng Liu
H.B. Liu
H.H. Liu
H.M. Liu
J. Liu
J.B. Liu
J.P. Liu
J.Y. Liu
K. Liu
K.Y. Liu
L.D. Liu
P.L. Liu
Q. Liu
S.B. Liu
X. Liu
Y.B. Liu
Z.A. Liu
Zhiqing Liu
H. Loehner
X.C. Lou
H.J. Lu
J.G. Lu
Y. Lu
Y.P. Lu
C.L. Luo
M.X. Luo
T. Luo
X.L. Luo
X.R. Lyu
F.C. Ma
H.L. Ma
L.L. Ma
Q.M. Ma
T. Ma
X.N. Ma
X.Y. Ma
Y.M. Ma
F.E. Maas
M. Maggiora
Y.J. Mao
Z.P. Mao
S. Marcello
J.G. Messchendorp
J. Min
R.E. Mitchell
X.H. Mo
Y.J. Mo
C. Morales Morales
N.Yu. Muchnoi
H. Muramatsu
Y. Nefedov
F. Nerling
I.B. Nikolaev
Z. Ning
S. Nisar
S.L. Niu
X.Y. Niu
S.L. Olsen
Q. Ouyang
S. Pacetti
Y. Pan
P. Patteri
M. Pelizaeus
H.P. Peng
K. Peters
J. Pettersson
J.L. Ping
R.G. Ping
R. Poling
V. Prasad
H.R. Qi
M. Qi
S. Qian
C.F. Qiao
L.Q. Qin
N. Qin
X.S. Qin
Z.H. Qin
J.F. Qiu
K.H. Rashid
C.F. Redmer
M. Ripka
G. Rong
Ch. Rosner
X.D. Ruan
V. Santoro
A. Sarantsev
M. Savrié
K. Schoenning
S. Schumann
W. Shan
M. Shao
C.P. Shen
P.X. Shen
X.Y. Shen
H.Y. Sheng
W.M. Song
X.Y. Song
S. Sosio
S. Spataro
G.X. Sun
J.F. Sun
S.S. Sun
Y.J. Sun
Y.Z. Sun
Z.J. Sun
Z.T. Sun
C.J. Tang
X. Tang
I. Tapan
E.H. Thorndike
M. Tiemens
M. Ullrich
I. Uman
G.S. Varner
B. Wang
B.L. Wang
D. Wang
D.Y. Wang
K. Wang
L.L. Wang
L.S. Wang
M. Wang
P. Wang
P.L. Wang
S.G. Wang
W. Wang
W.P. Wang
X.F. Wang
Y.D. Wang
Y.F. Wang
Y.Q. Wang
Z. Wang
Z.G. Wang
Z.H. Wang
Z.Y. Wang
T. Weber
D.H. Wei
J.B. Wei
P. Weidenkaff
S.P. Wen
U. Wiedner
M. Wolke
L.H. Wu
Z. Wu
L. Xia
L.G. Xia
Y. Xia
D. Xiao
H. Xiao
Z.J. Xiao
Y.G. Xie
Q.L. Xiu
G.F. Xu
L. Xu
Q.J. Xu
Q.N. Xu
X.P. Xu
L. Yan
W.B. Yan
W.C. Yan
Y.H. Yan
H.J. Yang
H.X. Yang
L. Yang
Y.X. Yang
M. Ye
M.H. Ye
J.H. Yin
B.X. Yu
C.X. Yu
J.S. Yu
C.Z. Yuan
W.L. Yuan
Y. Yuan
A. Yuncu
A.A. Zafar
A. Zallo
Y. Zeng
Z. Zeng
B.X. Zhang
B.Y. Zhang
C. Zhang
C.C. Zhang
D.H. Zhang
H.H. Zhang
H.Y. Zhang
J.J. Zhang
J.L. Zhang
J.Q. Zhang
J.W. Zhang
J.Y. Zhang
J.Z. Zhang
K. Zhang
L. Zhang
X.Y. Zhang
Y. Zhang
Y.H. Zhang
Y.N. Zhang
Y.T. Zhang
Yu Zhang
Z.H. Zhang
Z.P. Zhang
Z.Y. Zhang
G. Zhao
J.W. Zhao
J.Y. Zhao
J.Z. Zhao
Lei Zhao
Ling Zhao
M.G. Zhao
Q. Zhao
Q.W. Zhao
S.J. Zhao
T.C. Zhao
Y.B. Zhao
Z.G. Zhao
A. Zhemchugov
B. Zheng
J.P. Zheng
W.J. Zheng
Y.H. Zheng
B. Zhong
L. Zhou
X. Zhou
X.K. Zhou
X.R. Zhou
X.Y. Zhou
K. Zhu
K.J. Zhu
S. Zhu
S.H. Zhu
X.L. Zhu
Y.C. Zhu
Y.S. Zhu
Z.A. Zhu
J. Zhuang
L. Zotti
B.S. Zou
J.H. Zou
Source :
Physics Letters B, Vol 753, Iss C, Pp 103-109 (2016)
Publication Year :
2016
Publisher :
Elsevier, 2016.

Abstract

By analyzing a data set of 2.92 fb−1 of e+e− collision data taken at s=3.773 GeV and 106.41×106 ψ(3686) decays taken at s=3.686 GeV with the BESIII detector at the BEPCII collider, we measure the branching fraction and the partial decay width for ψ(3770)→γχc0 to be B(ψ(3770)→γχc0)=(6.88±0.28±0.67)×10−3 and Γ[ψ(3770)→γχc0]=(187±8±19) keV, respectively. These are the most precise measurements to date.

Subjects

Subjects :
Physics
QC1-999

Details

Language :
English
ISSN :
03702693 and 18732445
Volume :
753
Issue :
C
Database :
Directory of Open Access Journals
Journal :
Physics Letters B
Publication Type :
Academic Journal
Accession number :
edsdoj.4bc5b2b761db4a08b893476804d55c9c
Document Type :
article
Full Text :
https://doi.org/10.1016/j.physletb.2015.11.074