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Measurement of cross section for e+e−→Ξ0Ξ¯0 near threshold

Authors :
M. Ablikim
M.N. Achasov
P. Adlarson
S. Ahmed
M. Albrecht
R. Aliberti
A. Amoroso
M.R. An
Q. An
X.H. Bai
Y. Bai
O. Bakina
R. Baldini Ferroli
I. Balossino
Y. Ban
K. Begzsuren
N. Berger
M. Bertani
D. Bettoni
F. Bianchi
J. Bloms
A. Bortone
I. Boyko
R.A. Briere
H. Cai
X. Cai
A. Calcaterra
G.F. Cao
N. Cao
S.A. Cetin
X.Y. Chai
J.F. Chang
W.L. Chang
G. Chelkov
D.Y. Chen
G. Chen
H.S. Chen
M.L. Chen
S.J. Chen
X.R. Chen
Y.B. Chen
Z.J. Chen
W.S. Cheng
G. Cibinetto
F. Cossio
X.F. Cui
H.L. Dai
X.C. Dai
A. Dbeyssi
R.E. de Boer
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
X. Dong
S.X. Du
Y.L. Fan
J. Fang
S.S. Fang
Y. Fang
R. Farinelli
L. Fava
F. Feldbauer
G. Felici
C.Q. Feng
J.H. Feng
M. Fritsch
C.D. Fu
Y. Gao
Y.G. Gao
I. Garzia
P.T. Ge
C. Geng
E.M. Gersabeck
A. Gilman
K. Goetzen
L. Gong
W.X. Gong
W. Gradl
M. Greco
L.M. Gu
M.H. Gu
S. Gu
Y.T. Gu
C.Y. Guan
A.Q. Guo
L.B. Guo
R.P. Guo
Y.P. Guo
A. Guskov
T.T. Han
W.Y. Han
X.Q. Hao
F.A. Harris
N. Hüsken
K.L. He
F.H. Heinsius
C.H. Heinz
T. Held
Y.K. Heng
C. Herold
M. Himmelreich
T. Holtmann
G.Y. Hou
Y.R. Hou
Z.L. Hou
H.M. Hu
J.F. Hu
T. Hu
Y. Hu
G.S. Huang
L.Q. Huang
X.T. Huang
Y.P. Huang
Z. Huang
T. Hussain
W. Ikegami Andersson
W. Imoehl
M. Irshad
S. Jaeger
S. Janchiv
Q. Ji
Q.P. Ji
X.B. Ji
X.L. Ji
Y.Y. Ji
H.B. Jiang
X.S. Jiang
J.B. Jiao
Z. Jiao
S. Jin
Y. Jin
M.Q. Jing
T. Johansson
N. Kalantar-Nayestanaki
X.S. Kang
R. Kappert
M. Kavatsyuk
B.C. Ke
I.K. Keshk
A. Khoukaz
P. Kiese
R. Kiuchi
R. Kliemt
L. Koch
O.B. Kolcu
B. Kopf
M. Kuemmel
M. Kuessner
A. Kupsc
M.G. Kurth
W. Kühn
J.J. Lane
J.S. Lange
P. Larin
A. Lavania
L. Lavezzi
Z.H. Lei
H. Leithoff
M. Lellmann
T. Lenz
C. Li
C.H. Li
Cheng Li
D.M. Li
F. Li
G. Li
H. Li
H.B. Li
H.J. Li
J.L. Li
J.Q. Li
J.S. Li
Ke Li
L.K. Li
Lei Li
P.R. Li
S.Y. Li
W.D. Li
W.G. Li
X.H. Li
X.L. Li
Xiaoyu Li
Z.Y. Li
H. Liang
Y.F. Liang
Y.T. Liang
G.R. Liao
L.Z. Liao
J. Libby
C.X. Lin
B.J. Liu
C.X. Liu
D. Liu
F.H. Liu
Fang Liu
Feng Liu
H.B. Liu
H.M. Liu
Huanhuan Liu
Huihui Liu
J.B. Liu
J.L. Liu
J.Y. Liu
K. Liu
K.Y. Liu
L. Liu
M.H. Liu
P.L. Liu
Q. Liu
S.B. Liu
Shuai Liu
T. Liu
W.M. Liu
X. Liu
Y. Liu
Y.B. Liu
Z.A. Liu
Z.Q. Liu
X.C. Lou
F.X. Lu
H.J. Lu
J.D. Lu
J.G. Lu
X.L. Lu
Y. Lu
Y.P. Lu
C.L. Luo
M.X. Luo
P.W. Luo
T. Luo
X.L. Luo
X.R. Lyu
F.C. Ma
H.L. Ma
L.L. Ma
M.M. Ma
Q.M. Ma
R.Q. Ma
R.T. Ma
X.X. Ma
X.Y. Ma
F.E. Maas
M. Maggiora
S. Maldaner
S. Malde
Q.A. Malik
A. Mangoni
Y.J. Mao
Z.P. Mao
S. Marcello
Z.X. Meng
J.G. Messchendorp
G. Mezzadri
T.J. Min
R.E. Mitchell
X.H. Mo
Y.J. Mo
N.Yu. Muchnoi
H. Muramatsu
S. Nakhoul
Y. Nefedov
F. Nerling
I.B. Nikolaev
Z. Ning
S. Nisar
S.L. Olsen
Q. Ouyang
S. Pacetti
X. Pan
Y. Pan
A. Pathak
P. Patteri
M. Pelizaeus
H.P. Peng
K. Peters
J. Pettersson
J.L. Ping
R.G. Ping
R. Poling
V. Prasad
H. Qi
H.R. Qi
K.H. Qi
M. Qi
T.Y. Qi
S. Qian
W.B. Qian
Z. Qian
C.F. Qiao
L.Q. Qin
X.P. Qin
X.S. Qin
Z.H. Qin
J.F. Qiu
S.Q. Qu
K.H. Rashid
K. Ravindran
C.F. Redmer
A. Rivetti
V. Rodin
M. Rolo
G. Rong
Ch. Rosner
M. Rump
H.S. Sang
A. Sarantsev
Y. Schelhaas
C. Schnier
K. Schoenning
M. Scodeggio
D.C. Shan
W. Shan
X.Y. Shan
J.F. Shangguan
M. Shao
C.P. Shen
H.F. Shen
P.X. Shen
X.Y. Shen
H.C. Shi
R.S. Shi
X. Shi
X.D. Shi
J.J. Song
W.M. Song
Y.X. Song
S. Sosio
S. Spataro
K.X. Su
P.P. Su
F.F. Sui
G.X. Sun
H.K. Sun
J.F. Sun
L. Sun
S.S. Sun
T. Sun
W.Y. Sun
X. Sun
Y.J. Sun
Y.K. Sun
Y.Z. Sun
Z.T. Sun
Y.H. Tan
Y.X. Tan
C.J. Tang
G.Y. Tang
J. Tang
J.X. Teng
V. Thoren
W.H. Tian
Y.T. Tian
I. Uman
B. Wang
C.W. Wang
D.Y. Wang
H.J. Wang
H.P. Wang
K. Wang
L.L. Wang
M. Wang
M.Z. Wang
Meng Wang
W. Wang
W.H. Wang
W.P. Wang
X. Wang
X.F. Wang
X.L. Wang
Y. Wang
Y.D. Wang
Y.F. Wang
Y.Q. Wang
Y.Y. Wang
Z. Wang
Z.Y. Wang
Ziyi Wang
Zongyuan Wang
D.H. Wei
F. Weidner
S.P. Wen
L.Z. Wen
D.J. White
U. Wiedner
G. Wilkinson
M. Wolke
L. Wollenberg
J.F. Wu
L.H. Wu
L.J. Wu
X. Wu
Z. Wu
L. Xia
H. Xiao
S.Y. Xiao
Z.J. Xiao
X.H. Xie
Y.G. Xie
Y.H. Xie
T.Y. Xing
G.F. Xu
Q.J. Xu
W. Xu
X.P. Xu
Y.C. Xu
F. Yan
L. Yan
W.B. Yan
W.C. Yan
Xu Yan
H.J. Yang
H.X. Yang
L. Yang
S.L. Yang
Y.X. Yang
Yifan Yang
Zhi Yang
M. Ye
M.H. Ye
J.H. Yin
Z.Y. You
B.X. Yu
C.X. Yu
G. Yu
J.S. Yu
T. Yu
C.Z. Yuan
L. Yuan
X.Q. Yuan
Y. Yuan
Z.Y. Yuan
C.X. Yue
A. Yuncu
A.A. Zafar
null Zeng
Y. Zeng
A.Q. Zhang
B.X. Zhang
Guangyi Zhang
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
Jianyu Zhang
Jiawei Zhang
L.M. Zhang
L.Q. Zhang
Lei Zhang
S. Zhang
S.F. Zhang
Shulei Zhang
X.D. Zhang
X.Y. Zhang
Y. Zhang
Y.H. Zhang
Y.T. Zhang
Yan Zhang
Yao Zhang
Yi Zhang
Z.H. Zhang
Z.Y. Zhang
G. Zhao
J. Zhao
J.Y. Zhao
J.Z. Zhao
Lei Zhao
Ling Zhao
M.G. Zhao
Q. Zhao
S.J. Zhao
Y.B. Zhao
Y.X. Zhao
Z.G. Zhao
A. Zhemchugov
B. Zheng
J.P. Zheng
Y. Zheng
Y.H. Zheng
B. Zhong
C. Zhong
L.P. Zhou
Q. Zhou
X. Zhou
X.K. Zhou
X.R. Zhou
X.Y. Zhou
A.N. Zhu
J. Zhu
K. Zhu
K.J. Zhu
S.H. Zhu
T.J. Zhu
W.J. Zhu
Y.C. Zhu
Z.A. Zhu
B.S. Zou
J.H. Zou
Source :
Physics Letters B. 820:136557
Publication Year :
2021
Publisher :
Elsevier BV, 2021.

Abstract

Using e + e − collision data at ten center-of-mass energies between 2.644 and 3.080 GeV collected with the BESIII detector at BEPCII and corresponding to an integrated luminosity of about 500 pb−1, we measure the cross sections and effective form factors for the process e + e − → Ξ 0 Ξ ¯ 0 utilizing a single-tag method. A fit to the cross section of e + e − → Ξ 0 Ξ ¯ 0 with a pQCD-driven power function is performed, from which no significant resonance or threshold enhancement is observed. In addition, the ratio of cross sections for the processes e + e − → Ξ − Ξ ¯ + and Ξ 0 Ξ ¯ 0 is calculated using recent BESIII measurement and is found to be compatible with expectation from isospin symmetry.

Details

ISSN :
03702693
Volume :
820
Database :
OpenAIRE
Journal :
Physics Letters B
Accession number :
edsair.doi...........d833505c087edd1829700c3dba90bf49