Study of the near-threshold ωφ mass enhancement in doubly OZI-suppressed J/ψ → γωφ decays

Publikationstyp:

Zeitschriftenaufsatz

Metadaten:

Autoren

M Ablikim
MN Achasov
O Albayrak
DJ Ambrose
FF An
Q An
JZ Bai
Y Ban
J Becker
JV Bennett
M Bertani
JM Bian
E Boger
O Bondarenko
I Boyko
RA Briere
V Bytev
X Cai
O Cakir
A Calcaterra
GF Cao
SA Cetin
JF Chang
G Chelkov
G Chen
HS Chen
JC Chen
ML Chen
SJ Chen
X Chen
YB Chen
HP Cheng
YP Chu
D Cronin-Hennessy
HL Dai
JP Dai
D Dedovich
ZY Deng
A Denig
I Denysenko
M Destefanis
WM Ding
Y Ding
LY Dong
MY Dong
SX Du
J Fang
SS Fang
L Fava
CQ Feng
RB Ferroli
P Friedel
CD Fu
Y Gao
C Geng
K Goetzen
WX Gong
W Gradl
M Greco
MH Gu
YT Gu
YH Guan
AQ Guo
LB Guo
T Guo
YP Guo
YL Han
FA Harris
KL He
M He
ZY He
T Held
YK Heng
ZL Hou
C Hu
HM Hu
JF Hu
T Hu
GM Huang
GS Huang
JS Huang
L Huang
XT Huang
Y Huang
YP Huang
T Hussain
CS Ji
Q Ji
QP Ji
XB Ji
XL Ji
LL Jiang
XS Jiang
JB Jiao
Z Jiao
DP Jin
S Jin
FF Jing
N Kalantar-Nayestanaki
M Kavatsyuk
B Kopf
M Kornicer
W Kuehn
W Lai
JS Lange
M Leyhe
CH Li
Cheng Li
Cui Li
DM Li
F Li
G Li
HB Li
JC Li
K Li
Lei Li
QJ Li
SL Li
WD Li
WG Li
XL Li
XN Li
XQ Li
XR Li
ZB Li
H Liang
YF Liang
YT Liang
GR Liao
XT Liao
D Lin
BJ Liu
CL Liu
CX Liu
FH Liu
Fang Liu
Feng Liu
H Liu
HB Liu
HH Liu
HM Liu
HW Liu
JP Liu
K Liu
KY Liu
Kai Liu
PL Liu
Q Liu
SB Liu
X Liu
YB Liu
ZA Liu
Zhiqiang Liu
Zhiqing Liu
H Loehner
GR Lu
HJ Lu
JG Lu
QW Lu
XR Lu
YP Lu
CL Luo
MX Luo
T Luo
XL Luo
M Lv
CL Ma
FC Ma
HL Ma
QM Ma
S Ma
T Ma
XY Ma
FE Maas
M Maggiora
QA Malik
YJ Mao
ZP Mao
JG Messchendorp
J Min
TJ Min
RE Mitchell
XH Mo
C Morales Morales
N Yu Muchnoi
H Muramatsu
Y Nefedov
C Nicholson
IB Nikolaev
Z Ning
SL Olsen
Q Ouyang
S Pacetti
JW Park
M Pelizaeus
HP Peng
K Peters
JL Ping
RG Ping
R Poling
E Prencipe
M Qi
S Qian
CF Qiao
LQ Qin
XS Qin
Y Qin
ZH Qin
JF Qiu
KH Rashid
G Rong
XD Ruan
A Sarantsev
BD Schaefer
M Shao
CP Shen
XY Shen
HY Sheng
MR Shepherd
XY Song
S Spataro
B Spruck
DH Sun
GX Sun
JF Sun
SS Sun
YJ Sun
YZ Sun
ZJ Sun
ZT Sun
CJ Tang
X Tang
I Tapan
EH Thorndike
D Toth
M Ullrich
GS Varner
BQ Wang
D Wang
DY Wang
K Wang
LL Wang
LS Wang
M Wang
P Wang
PL Wang
QJ Wang
SG Wang
XF Wang
XL Wang
YF Wang
Z Wang
ZG Wang
ZY Wang
DH Wei
JB Wei
P Weidenkaff
QG Wen
SP Wen
M Werner
U Wiedner
LH Wu
N Wu
SX Wu
W Wu
Z Wu
LG Xia
ZJ Xiao
YG Xie
QL Xiu
GF Xu
GM Xu
QJ Xu
QN Xu
XP Xu
ZR Xu
F Xue
Z Xue
L Yan
WB Yan
YH Yan
HX Yang
Y Yang
YX Yang
H Ye
M Ye
MH Ye
BX Yu
CX Yu
HW Yu
JS Yu
SP Yu
CZ Yuan
Y Yuan
AA Zafar
A Zallo
Y Zeng
BX Zhang
BY Zhang
C Zhang
CC Zhang
DH Zhang
HH Zhang
HY Zhang
JQ Zhang
JW Zhang
JY Zhang
JZ Zhang
R Zhang
SH Zhang
XJ Zhang
XY Zhang
Y Zhang
YH Zhang
ZP Zhang
ZY Zhang
Zhenghao Zhang
G Zhao
HS Zhao
JW Zhao
KX Zhao
Lei Zhao
Ling Zhao
MG Zhao
Q Zhao
QZ Zhao
SJ Zhao
TC Zhao
YB Zhao
ZG Zhao
A Zhemchugov
B Zheng
JP Zheng
YH Zheng
B Zhong
Z Zhong
L Zhou
XK Zhou
XR Zhou
C Zhu
K Zhu
KJ Zhu
SH Zhu
XL Zhu
YC Zhu
YM Zhu
YS Zhu
ZA Zhu
J Zhuang
BS Zou
JH Zou

Autoren-URL

https://www.webofscience.com/api/gateway?GWVersion=2&SrcApp=fis-test-1&SrcAuth=WosAPI&KeyUT=WOS:000315279800001&DestLinkType=FullRecord&DestApp=WOS_CPL

DOI

10.1103/PhysRevD.87.032008

eISSN

2470-0029

Externe Identifier

Clarivate Analytics Document Solution ID: 094QV

ISSN

2470-0010

Ausgabe der Veröffentlichung

Zeitschrift

PHYSICAL REVIEW D

Artikelnummer

ARTN 032008

Datum der Veröffentlichung

2013

Status

Published

Titel

Study of the near-threshold ωφ mass enhancement in doubly OZI-suppressed J/ψ → γωφ decays

Sub types

Article

Ausgabe der Zeitschrift

Datenquelle: Web of Science (Lite)

Andere Metadatenquellen:

Autoren

M Ablikim
MN Achasov
O Albayrak
DJ Ambrose
FF An
Q An
JZ Bai
Y Ban
J Becker
JV Bennett
M Bertani
JM Bian
E Boger
O Bondarenko
I Boyko
RA Briere
V Bytev
X Cai
O Cakir
A Calcaterra
GF Cao
SA Cetin
JF Chang
G Chelkov
G Chen
HS Chen
JC Chen
ML Chen
SJ Chen
X Chen
YB Chen
HP Cheng
YP Chu
D Cronin-Hennessy
HL Dai
JP Dai
D Dedovich
ZY Deng
A Denig
I Denysenko
M Destefanis
WM Ding
Y Ding
LY Dong
MY Dong
SX Du
J Fang
SS Fang
L Fava
CQ Feng
RB Ferroli
P Friedel
CD Fu
Y Gao
C Geng
K Goetzen
WX Gong
W Gradl
M Greco
MH Gu
YT Gu
YH Guan
AQ Guo
LB Guo
T Guo
YP Guo
YL Han
FA Harris
KL He
M He
ZY He
T Held
YK Heng
ZL Hou
C Hu
HM Hu
JF Hu
T Hu
GM Huang
GS Huang
JS Huang
L Huang
XT Huang
Y Huang
YP Huang
T Hussain
CS Ji
Q Ji
QP Ji
XB Ji
XL Ji
LL Jiang
XS Jiang
JB Jiao
Z Jiao
DP Jin
S Jin
FF Jing
N Kalantar-Nayestanaki
M Kavatsyuk
B Kopf
M Kornicer
W Kuehn
W Lai
JS Lange
M Leyhe
CH Li
Cheng Li
Cui Li
DM Li
F Li
G Li
HB Li
JC Li
K Li
Lei Li
QJ Li
SL Li
WD Li
WG Li
XL Li
XN Li
XQ Li
XR Li
ZB Li
H Liang
YF Liang
YT Liang
GR Liao
XT Liao
D Lin
BJ Liu
CL Liu
CX Liu
FH Liu
Fang Liu
Feng Liu
H Liu
HB Liu
HH Liu
HM Liu
HW Liu
JP Liu
K Liu
KY Liu
Kai Liu
PL Liu
Q Liu
SB Liu
X Liu
YB Liu
ZA Liu
Zhiqiang Liu
Zhiqing Liu
H Loehner
GR Lu
HJ Lu
JG Lu
QW Lu
XR Lu
YP Lu
CL Luo
MX Luo
T Luo
XL Luo
M Lv
CL Ma
FC Ma
HL Ma
QM Ma
S Ma
T Ma
XY Ma
FE Maas
M Maggiora
QA Malik
YJ Mao
ZP Mao
JG Messchendorp
J Min
TJ Min
RE Mitchell
XH Mo
C Morales Morales
N Yu Muchnoi
H Muramatsu
Y Nefedov
C Nicholson
IB Nikolaev
Z Ning
SL Olsen
Q Ouyang
S Pacetti
JW Park
M Pelizaeus
HP Peng
K Peters
JL Ping
RG Ping
R Poling
E Prencipe
M Qi
S Qian
CF Qiao
LQ Qin
XS Qin
Y Qin
ZH Qin
JF Qiu
KH Rashid
G Rong
XD Ruan
A Sarantsev
BD Schaefer
M Shao
CP Shen
XY Shen
HY Sheng
MR Shepherd
XY Song
S Spataro
B Spruck
DH Sun
GX Sun
JF Sun
SS Sun
YJ Sun
YZ Sun
ZJ Sun
ZT Sun
CJ Tang
X Tang
I Tapan
EH Thorndike
D Toth
M Ullrich
GS Varner
BQ Wang
D Wang
DY Wang
K Wang
LL Wang
LS Wang
M Wang
P Wang
PL Wang
QJ Wang
SG Wang
XF Wang
XL Wang
YF Wang
Z Wang
ZG Wang
ZY Wang
DH Wei
JB Wei
P Weidenkaff
QG Wen
SP Wen
M Werner
U Wiedner
LH Wu
N Wu
SX Wu
W Wu
Z Wu
LG Xia
ZJ Xiao
YG Xie
QL Xiu
GF Xu
GM Xu
QJ Xu
QN Xu
XP Xu
ZR Xu
F Xue
Z Xue
L Yan
WB Yan
YH Yan
HX Yang
Y Yang
YX Yang
H Ye
M Ye
MH Ye
BX Yu
CX Yu
HW Yu
JS Yu
SP Yu
CZ Yuan
Y Yuan
AA Zafar
A Zallo
Y Zeng
BX Zhang
BY Zhang
C Zhang
CC Zhang
DH Zhang
HH Zhang
HY Zhang
JQ Zhang
JW Zhang
JY Zhang
JZ Zhang
R Zhang
SH Zhang
XJ Zhang
XY Zhang
Y Zhang
YH Zhang
ZP Zhang
ZY Zhang
Zhenghao Zhang
G Zhao
HS Zhao
JW Zhao
KX Zhao
Lei Zhao
Ling Zhao
MG Zhao
Q Zhao
QZ Zhao
SJ Zhao
TC Zhao
YB Zhao
ZG Zhao
A Zhemchugov
B Zheng
JP Zheng
YH Zheng
B Zhong
Z Zhong
L Zhou
XK Zhou
XR Zhou
C Zhu
K Zhu
KJ Zhu
SH Zhu
XL Zhu
YC Zhu
YM Zhu
YS Zhu
ZA Zhu
J Zhuang
BS Zou
JH Zou

DOI

10.1103/physrevd.87.032008

eISSN

1550-2368

ISSN

1550-7998

Ausgabe der Veröffentlichung

Zeitschrift

Physical Review D

Sprache

Artikelnummer

032008

Online publication date

2013

Status

Published online

Herausgeber

American Physical Society (APS)

Herausgeber URL

http://dx.doi.org/10.1103/physrevd.87.032008

Datum der Datenerfassung

2017

Titel

Study of the near-threshold<mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mi>ω</mml:mi><mml:mi>ϕ</mml:mi></mml:math>mass enhancement in doubly OZI-suppressed<mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mi>J</mml:mi><mml:mo>/</mml:mo><mml:mi>ψ</mml:mi><mml:mo>→</mml:mo><mml:mi>γ</mml:mi><mml:mi>ω</mml:mi><mml:mi>ϕ</mml:mi></mml:math>decays

Ausgabe der Zeitschrift

Datenquelle: Crossref

Abstract

A 2.25$\times10^8$ $\jpsi$ event sample accumulated with the BESIII detector is used to study the doubly OZI suppressed decay modes $\jpsi\to\gamma\of$, $\omega\to\ppp$, $\phi\to\kk$. A strong deviation ($>$ 30$\sigma$) from three-body $\jpsi\to\gamma\omega\phi$ phase space is observed near the $\omega\phi$ mass threshold that is consistent with a previous observation reported by the BESII experiment. A partial wave analysis with a tensor covariant amplitude that assumes that the enhancement is due to the presence of a resonance, the X(1810), is performed, and confirms that the spin-parity of the X(1810) is $0^{++}$. The mass and width of the X(1810) are determined to be $M=1795\pm7$(stat)$^{+13}_{-5}$(syst)$\pm$19(mod) MeV/$c^2$ and $\Gamma=95\pm10$(stat)$^{+21}_{-34}$(syst)$\pm$75(mod) MeV/$c^2$, respectively, and the product branching fraction is measured to be ${\cal B}(\jpsi\to\gamma X(1810))\times{\cal B}(X(1810)\to\of)=(2.00\pm0.08$(stat)$^{+0.45}_{-1.00}$(syst)$\pm$1.30(mod))$\times10^{-4}$. %where the first error is the statistical error and the second the systematical error. These results are consistent within errors with those of the BESII experiment.

Autoren