First Observation of the M1 Transition psi(3686) -> gamma eta(c)(2S)
- Publikationstyp:
- Zeitschriftenaufsatz
- Metadaten:
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- Autoren
- M Ablikim
- MN Achasov
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- Y Ban
- J Becker
- N Berger
- M Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- A Calcaterra
- GF Cao
- JF Chang
- G Chelkov
- G Chen
- HS Chen
- JC Chen
- ML Chen
- SJ Chen
- Y 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
- F Feldbauer
- CQ Feng
- RB Ferroli
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- W Gradl
- M Greco
- MH Gu
- YT Gu
- YH Guan
- AQ Guo
- LB Guo
- YP Guo
- YL Han
- XQ Hao
- FA Harris
- KL He
- M He
- ZY He
- T Held
- YK Heng
- ZL Hou
- HM Hu
- JF Hu
- T Hu
- B Huang
- GM Huang
- JS Huang
- XT Huang
- YP Huang
- T Hussain
- CS Ji
- Q Ji
- XB Ji
- XL Ji
- LK Jia
- LL Jiang
- XS Jiang
- JB Jiao
- Z Jiao
- DP Jin
- S Jin
- FF Jing
- N Kalantar-Nayestanaki
- M Kavatsyuk
- W Kuehn
- W Lai
- JS Lange
- JKC Leung
- CH Li
- Cheng Li
- Cui Li
- DM Li
- F Li
- G Li
- HB Li
- JC Li
- K Li
- Lei Li
- NB Li
- QJ Li
- SL Li
- WD Li
- WG Li
- XL Li
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- XQ Li
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- ZB Li
- H Liang
- YF Liang
- YT Liang
- GR Liao
- XT Liao
- BJ Liu
- BJ Liu
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- KY Liu
- Kai Liu
- Kun Liu
- PL Liu
- SB Liu
- X Liu
- XH Liu
- Y Liu
- YB Liu
- ZA Liu
- Zhiqiang Liu
- Zhiqing Liu
- H Loehner
- GR Lu
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- XL Luo
- M Lv
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- HL Ma
- QM Ma
- S Ma
- T Ma
- XY Ma
- Y Ma
- FE Maas
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- C Morales Morales
- C Motzko
- N Yu Muchnoi
- 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
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- Y Qin
- ZH Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- BD Schaefer
- J Schulze
- M Shao
- CP Shen
- XY Shen
- HY Sheng
- MR Shepherd
- XY Song
- S Spataro
- B Spruck
- DH Sun
- GX Sun
- JF Sun
- SS Sun
- XD Sun
- YJ Sun
- YZ Sun
- ZJ Sun
- ZT Sun
- CJ Tang
- X Tang
- EH Thorndike
- HL Tian
- D Toth
- M Ullrich
- GS Varner
- B Wang
- BQ Wang
- K Wang
- LL Wang
- LS Wang
- M Wang
- P Wang
- PL Wang
- Q Wang
- QJ Wang
- SG Wang
- XF Wang
- XL Wang
- YD Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- DH 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
- H Xu
- QJ Xu
- XP Xu
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- L Yan
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- HX Yang
- T Yang
- Y Yang
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- MH Ye
- BX Yu
- CX Yu
- JS Yu
- L Yu
- SP Yu
- CZ Yuan
- WL Yuan
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- AA Zafar
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- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J Zhang
- JG Zhang
- JQ Zhang
- JW Zhang
- JY Zhang
- JZ Zhang
- L Zhang
- SH Zhang
- TR Zhang
- XJ Zhang
- XY Zhang
- Y Zhang
- YH Zhang
- YS Zhang
- ZP Zhang
- ZY Zhang
- G Zhao
- HS Zhao
- JW Zhao
- KX Zhao
- Lei Zhao
- Ling Zhao
- MG Zhao
- Q Zhao
- SJ Zhao
- TC Zhao
- XH Zhao
- YB Zhao
- ZG Zhao
- A Zhemchugov
- B Zheng
- JP Zheng
- YH Zheng
- ZP Zheng
- B Zhong
- J Zhong
- L Zhou
- XK Zhou
- XR Zhou
- C Zhu
- K Zhu
- KJ Zhu
- SH Zhu
- XL Zhu
- XW Zhu
- YM Zhu
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- Autoren-URL
- https://www.webofscience.com/api/gateway?GWVersion=2&SrcApp=fis-test-1&SrcAuth=WosAPI&KeyUT=WOS:000306690700006&DestLinkType=FullRecord&DestApp=WOS_CPL
- DOI
- 10.1103/PhysRevLett.109.042003
- eISSN
- 1079-7114
- Externe Identifier
- Clarivate Analytics Document Solution ID: 977UQ
- PubMed Identifier: 23006078
- ISSN
- 0031-9007
- Ausgabe der Veröffentlichung
- 4
- Zeitschrift
- PHYSICAL REVIEW LETTERS
- Artikelnummer
- ARTN 042003
- Datum der Veröffentlichung
- 2012
- Status
- Published
- Titel
- First Observation of the <i>M</i>1 Transition ψ(3686) → γη<i><sub>c</sub></i>(2<i>S</i>)
- Sub types
- Article
- Ausgabe der Zeitschrift
- 109
Datenquelle: Web of Science (Lite)
- Andere Metadatenquellen:
-
- Autoren
- M Ablikim
- MN Achasov
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- Y Ban
- J Becker
- N Berger
- M Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- A Calcaterra
- GF Cao
- JF Chang
- G Chelkov
- G Chen
- HS Chen
- JC Chen
- ML Chen
- SJ Chen
- Y 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
- F Feldbauer
- CQ Feng
- RB Ferroli
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- W Gradl
- M Greco
- MH Gu
- YT Gu
- YH Guan
- AQ Guo
- LB Guo
- YP Guo
- YL Han
- XQ Hao
- FA Harris
- KL He
- M He
- ZY He
- T Held
- YK Heng
- ZL Hou
- HM Hu
- JF Hu
- T Hu
- B Huang
- GM Huang
- JS Huang
- XT Huang
- YP Huang
- T Hussain
- CS Ji
- Q Ji
- XB Ji
- XL Ji
- LK Jia
- LL Jiang
- XS Jiang
- JB Jiao
- Z Jiao
- DP Jin
- S Jin
- FF Jing
- N Kalantar-Nayestanaki
- M Kavatsyuk
- W Kuehn
- W Lai
- JS Lange
- JKC Leung
- CH Li
- Cheng Li
- Cui Li
- DM Li
- F Li
- G Li
- HB Li
- JC Li
- K Li
- Lei Li
- NB 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
- BJ Liu
- BJ Liu
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- KY Liu
- Kai Liu
- Kun Liu
- PL Liu
- SB Liu
- X Liu
- XH Liu
- Y 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
- Y Ma
- FE Maas
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- C Morales Morales
- C Motzko
- N Yu Muchnoi
- 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
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- Y Qin
- ZH Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- BD Schaefer
- J Schulze
- M Shao
- CP Shen
- XY Shen
- HY Sheng
- MR Shepherd
- XY Song
- S Spataro
- B Spruck
- DH Sun
- GX Sun
- JF Sun
- SS Sun
- XD Sun
- YJ Sun
- YZ Sun
- ZJ Sun
- ZT Sun
- CJ Tang
- X Tang
- EH Thorndike
- HL Tian
- D Toth
- M Ullrich
- GS Varner
- B Wang
- BQ Wang
- K Wang
- LL Wang
- LS Wang
- M Wang
- P Wang
- PL Wang
- Q Wang
- QJ Wang
- SG Wang
- XF Wang
- XL Wang
- YD Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- DH 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
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- F Xue
- Z Xue
- L Yan
- WB Yan
- YH Yan
- HX Yang
- T Yang
- Y Yang
- YX Yang
- H Ye
- M Ye
- MH Ye
- BX Yu
- CX Yu
- JS Yu
- L Yu
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- A Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J Zhang
- JG Zhang
- JQ Zhang
- JW Zhang
- JY Zhang
- JZ Zhang
- L Zhang
- SH Zhang
- TR Zhang
- XJ Zhang
- XY Zhang
- Y Zhang
- YH Zhang
- YS Zhang
- ZP Zhang
- ZY Zhang
- G Zhao
- HS Zhao
- JW Zhao
- KX Zhao
- Lei Zhao
- Ling Zhao
- MG Zhao
- Q Zhao
- SJ Zhao
- TC Zhao
- XH Zhao
- YB Zhao
- ZG Zhao
- A Zhemchugov
- B Zheng
- JP Zheng
- YH Zheng
- ZP Zheng
- B Zhong
- J Zhong
- L Zhou
- XK Zhou
- XR Zhou
- C Zhu
- K Zhu
- KJ Zhu
- SH Zhu
- XL Zhu
- XW Zhu
- YM Zhu
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- DOI
- 10.1103/physrevlett.109.042003
- eISSN
- 1079-7114
- ISSN
- 0031-9007
- Ausgabe der Veröffentlichung
- 4
- Zeitschrift
- Physical Review Letters
- Sprache
- en
- Artikelnummer
- 042003
- Online publication date
- 2012
- Status
- Published online
- Herausgeber
- American Physical Society (APS)
- Herausgeber URL
- http://dx.doi.org/10.1103/physrevlett.109.042003
- Datum der Datenerfassung
- 2017
- Titel
- First Observation of the<mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mi>M</mml:mi><mml:mn>1</mml:mn></mml:math>Transition<mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mi>ψ</mml:mi><mml:mo stretchy="false">(</mml:mo><mml:mn>3686</mml:mn><mml:mo stretchy="false">)</mml:mo><mml:mo>→</mml:mo><mml:mi>γ</mml:mi><mml:msub><mml:mi>η</mml:mi><mml:mi>c</mml:mi></mml:msub><mml:mo stretchy="false">(</mml:mo><mml:mn>2</mml:mn><mml:mi>S</mml:mi><mml:mo stretchy="false">)</mml:mo></mml:math>
- Ausgabe der Zeitschrift
- 109
Datenquelle: Crossref
- Abstract
- Using a sample of 106×10(6) ψ(3686) events collected with the BESIII detector at the BEPCII storage ring, we have made the first measurement of the M1 transition between the radially excited charmonium S-wave spin-triplet and the radially excited S-wave spin-singlet states: ψ(3686)→γη(c)(2S). Analyses of the processes ψ(3686)→γη(c)(2S) with η(c)(2S)→K(S)(0)K(±)π(∓) and K(+)K(-)π(0) give an η(c)(2S) signal with a statistical significance of greater than 10 standard deviations under a wide range of assumptions about the signal and background properties. The data are used to obtain measurements of the η(c)(2S) mass (M(η(c)(2S))=3637.6±2.9(stat)±1.6(syst) MeV/c(2)), width (Γ(η(c)(2S))=16.9±6.4(stat)±4.8(syst) MeV), and the product branching-fraction (B(ψ(3686)→γη(c)(2S))×B(η(c)(2S)→KKπ)=(1.30±0.20(stat)±0.30(syst))×10(-5)). Combining our result with a BABAR measurement of B(η(c)(2S)→KKπ), we find the branching fraction of the M1 transition to be B(ψ(3686)→γη(c)(2S))=(6.8±1.1(stat)±4.5(syst))×10(-4).
- Addresses
- Institute of High Energy Physics, Beijing 100049, People's Republic of China.
- Autoren
- M Ablikim
- MN Achasov
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- Y Ban
- J Becker
- N Berger
- M Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- A Calcaterra
- GF Cao
- JF Chang
- G Chelkov
- G Chen
- HS Chen
- JC Chen
- ML Chen
- SJ Chen
- Y 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
- F Feldbauer
- CQ Feng
- RB Ferroli
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- W Gradl
- M Greco
- MH Gu
- YT Gu
- YH Guan
- AQ Guo
- LB Guo
- YP Guo
- YL Han
- XQ Hao
- FA Harris
- KL He
- M He
- ZY He
- T Held
- YK Heng
- ZL Hou
- HM Hu
- JF Hu
- T Hu
- B Huang
- GM Huang
- JS Huang
- XT Huang
- YP Huang
- T Hussain
- CS Ji
- Q Ji
- XB Ji
- XL Ji
- LK Jia
- LL Jiang
- XS Jiang
- JB Jiao
- Z Jiao
- DP Jin
- S Jin
- FF Jing
- N Kalantar-Nayestanaki
- M Kavatsyuk
- W Kuehn
- W Lai
- JS Lange
- JKC Leung
- CH Li
- Cheng Li
- Cui Li
- DM Li
- F Li
- G Li
- HB Li
- JC Li
- K Li
- Lei Li
- NB 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
- BJ Liu
- BJ Liu
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- KY Liu
- Kai Liu
- Kun Liu
- PL Liu
- SB Liu
- X Liu
- XH Liu
- Y 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
- Y Ma
- FE Maas
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- C Morales Morales
- C Motzko
- N Yu Muchnoi
- 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
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- Y Qin
- ZH Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- BD Schaefer
- J Schulze
- M Shao
- CP Shen
- XY Shen
- HY Sheng
- MR Shepherd
- XY Song
- S Spataro
- B Spruck
- DH Sun
- GX Sun
- JF Sun
- SS Sun
- XD Sun
- YJ Sun
- YZ Sun
- ZJ Sun
- ZT Sun
- CJ Tang
- X Tang
- EH Thorndike
- HL Tian
- D Toth
- M Ullrich
- GS Varner
- B Wang
- BQ Wang
- K Wang
- LL Wang
- LS Wang
- M Wang
- P Wang
- PL Wang
- Q Wang
- QJ Wang
- SG Wang
- XF Wang
- XL Wang
- YD Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- DH 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
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- F Xue
- Z Xue
- L Yan
- WB Yan
- YH Yan
- HX Yang
- T Yang
- Y Yang
- YX Yang
- H Ye
- M Ye
- MH Ye
- BX Yu
- CX Yu
- JS Yu
- L Yu
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- A Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J Zhang
- JG Zhang
- JQ Zhang
- JW Zhang
- JY Zhang
- JZ Zhang
- L Zhang
- SH Zhang
- TR Zhang
- XJ Zhang
- XY Zhang
- Y Zhang
- YH Zhang
- YS Zhang
- ZP Zhang
- ZY Zhang
- G Zhao
- HS Zhao
- JW Zhao
- KX Zhao
- Lei Zhao
- Ling Zhao
- MG Zhao
- Q Zhao
- SJ Zhao
- TC Zhao
- XH Zhao
- YB Zhao
- ZG Zhao
- A Zhemchugov
- B Zheng
- JP Zheng
- YH Zheng
- ZP Zheng
- B Zhong
- J Zhong
- L Zhou
- XK Zhou
- XR Zhou
- C Zhu
- K Zhu
- KJ Zhu
- SH Zhu
- XL Zhu
- XW Zhu
- YM Zhu
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- BESIII Collaboration
- DOI
- 10.1103/physrevlett.109.042003
- eISSN
- 1079-7114
- Externe Identifier
- PubMed Identifier: 23006078
- Funding acknowledgements
- U.S. Department of Energy:
- Open access
- false
- ISSN
- 0031-9007
- Ausgabe der Veröffentlichung
- 4
- Zeitschrift
- Physical review letters
- Schlüsselwörter
- BESIII Collaboration
- Sprache
- eng
- Medium
- Print-Electronic
- Online publication date
- 2012
- Paginierung
- 042003
- Datum der Veröffentlichung
- 2012
- Status
- Published
- Datum der Datenerfassung
- 2012
- Titel
- First observation of the M1 transition ψ(3686)→γη(c)(2S).
- Sub types
- Journal Article
- Ausgabe der Zeitschrift
- 109
Datenquelle: Europe PubMed Central
- Abstract
- Using a sample of 106×10(6) ψ(3686) events collected with the BESIII detector at the BEPCII storage ring, we have made the first measurement of the M1 transition between the radially excited charmonium S-wave spin-triplet and the radially excited S-wave spin-singlet states: ψ(3686)→γη(c)(2S). Analyses of the processes ψ(3686)→γη(c)(2S) with η(c)(2S)→K(S)(0)K(±)π(∓) and K(+)K(-)π(0) give an η(c)(2S) signal with a statistical significance of greater than 10 standard deviations under a wide range of assumptions about the signal and background properties. The data are used to obtain measurements of the η(c)(2S) mass (M(η(c)(2S))=3637.6±2.9(stat)±1.6(syst) MeV/c(2)), width (Γ(η(c)(2S))=16.9±6.4(stat)±4.8(syst) MeV), and the product branching-fraction (B(ψ(3686)→γη(c)(2S))×B(η(c)(2S)→KKπ)=(1.30±0.20(stat)±0.30(syst))×10(-5)). Combining our result with a BABAR measurement of B(η(c)(2S)→KKπ), we find the branching fraction of the M1 transition to be B(ψ(3686)→γη(c)(2S))=(6.8±1.1(stat)±4.5(syst))×10(-4).
- Autoren
- M Ablikim
- MN Achasov
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- Y Ban
- J Becker
- N Berger
- M Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- A Calcaterra
- GF Cao
- JF Chang
- G Chelkov
- G Chen
- HS Chen
- JC Chen
- ML Chen
- SJ Chen
- Y 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
- F Feldbauer
- CQ Feng
- RB Ferroli
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- W Gradl
- M Greco
- MH Gu
- YT Gu
- YH Guan
- AQ Guo
- LB Guo
- YP Guo
- YL Han
- XQ Hao
- FA Harris
- KL He
- M He
- ZY He
- T Held
- YK Heng
- ZL Hou
- HM Hu
- JF Hu
- T Hu
- B Huang
- GM Huang
- JS Huang
- XT Huang
- YP Huang
- T Hussain
- CS Ji
- Q Ji
- XB Ji
- XL Ji
- LK Jia
- LL Jiang
- XS Jiang
- JB Jiao
- Z Jiao
- DP Jin
- S Jin
- FF Jing
- N Kalantar-Nayestanaki
- M Kavatsyuk
- W Kuehn
- W Lai
- JS Lange
- JKC Leung
- CH Li
- Cheng Li
- Cui Li
- DM Li
- F Li
- G Li
- HB Li
- JC Li
- K Li
- Lei Li
- NB 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
- BJ Liu
- BJ Liu
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- KY Liu
- Kai Liu
- Kun Liu
- PL Liu
- SB Liu
- X Liu
- XH Liu
- Y 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
- Y Ma
- FE Maas
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- C Morales Morales
- C Motzko
- N Yu Muchnoi
- 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
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- Y Qin
- ZH Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- BD Schaefer
- J Schulze
- M Shao
- CP Shen
- XY Shen
- HY Sheng
- MR Shepherd
- XY Song
- S Spataro
- B Spruck
- DH Sun
- GX Sun
- JF Sun
- SS Sun
- XD Sun
- YJ Sun
- YZ Sun
- ZJ Sun
- ZT Sun
- CJ Tang
- X Tang
- EH Thorndike
- HL Tian
- D Toth
- M Ullrich
- GS Varner
- B Wang
- BQ Wang
- K Wang
- LL Wang
- LS Wang
- M Wang
- P Wang
- PL Wang
- Q Wang
- QJ Wang
- SG Wang
- XF Wang
- XL Wang
- YD Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- DH 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
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- F Xue
- Z Xue
- L Yan
- WB Yan
- YH Yan
- HX Yang
- T Yang
- Y Yang
- YX Yang
- H Ye
- M Ye
- MH Ye
- BX Yu
- CX Yu
- JS Yu
- L Yu
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- A Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J Zhang
- JG Zhang
- JQ Zhang
- JW Zhang
- JY Zhang
- JZ Zhang
- L Zhang
- SH Zhang
- TR Zhang
- XJ Zhang
- XY Zhang
- Y Zhang
- YH Zhang
- YS Zhang
- ZP Zhang
- ZY Zhang
- G Zhao
- HS Zhao
- JW Zhao
- KX Zhao
- Lei Zhao
- Ling Zhao
- MG Zhao
- Q Zhao
- SJ Zhao
- TC Zhao
- XH Zhao
- YB Zhao
- ZG Zhao
- A Zhemchugov
- B Zheng
- JP Zheng
- YH Zheng
- ZP Zheng
- B Zhong
- J Zhong
- L Zhou
- XK Zhou
- XR Zhou
- C Zhu
- K Zhu
- KJ Zhu
- SH Zhu
- XL Zhu
- XW Zhu
- YM Zhu
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- BESIII Collaboration
- Autoren-URL
- https://www.ncbi.nlm.nih.gov/pubmed/23006078
- DOI
- 10.1103/PhysRevLett.109.042003
- eISSN
- 1079-7114
- Ausgabe der Veröffentlichung
- 4
- Zeitschrift
- Phys Rev Lett
- Sprache
- eng
- Country
- United States
- Paginierung
- 042003
- Datum der Veröffentlichung
- 2012
- Status
- Published
- Datum, an dem der Datensatz öffentlich gemacht wurde
- 2012
- Titel
- First observation of the M1 transition ψ(3686)→γη(c)(2S).
- Sub types
- Journal Article
- Ausgabe der Zeitschrift
- 109
Datenquelle: PubMed
- Abstract
- Using a sample of 106 million \psi(3686) events collected with the BESIII detector at the BEPCII storage ring, we have made the first measurement of the M1 transition between the radially excited charmonium S-wave spin-triplet and the radially excited S-wave spin-singlet states: \psi(3686)\to\gamma\eta_c(2S). Analyses of the processes \psi(2S)\to \gamma\eta_c(2S) with \eta_c(2S)\to \K_S^0 K\pi and K^+K^-\pi^0 gave an \eta_c(2S) signal with a statistical significance of greater than 10 standard deviations under a wide range of assumptions about the signal and background properties. The data are used to obtain measurements of the \eta_c(2S) mass (M(\eta_c(2S))=3637.6\pm 2.9_\mathrm{stat}\pm 1.6_\mathrm{sys} MeV/c^2), width (\Gamma(\eta_c(2S))=16.9\pm 6.4_\mathrm{stat}\pm 4.8_\mathrm{sys} MeV), and the product branching fraction (\BR(\psi(3686)\to \gamma\eta_c(2S))\times \BR(\eta_c(2S)\to K\bar K\pi) = (1.30\pm 0.20_\mathrm{stat}\pm 0.30_\mathrm{sys})\times 10^{-5}). Combining our result with a BaBar measurement of \BR(\eta_c(2S)\to K\bar K \pi), we find the branching fraction of the M1 transition to be \BR(\psi(3686)\to\gamma\eta_c(2S)) = (6.8\pm 1.1_\mathrm{stat}\pm 4.5_\mathrm{sys})\times 10^{-4}.
- Autoren
- M Ablikim
- MN Achasov
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- Y Ban
- J Becker
- N Berger
- M Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- A Calcaterra
- GF Cao
- JF Chang
- G Chelkov
- G Chen
- HS Chen
- JC Chen
- ML Chen
- SJ Chen
- Y 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
- F Feldbauer
- CQ Feng
- RB Ferroli
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- W Gradl
- M Greco
- MH Gu
- YT Gu
- YH Guan
- AQ Guo
- LB Guo
- YP Guo
- YL Han
- XQ Hao
- FA Harris
- KL He
- M He
- ZY He
- T Held
- YK Heng
- ZL Hou
- HM Hu
- JF Hu
- T Hu
- B Huang
- GM Huang
- JS Huang
- XT Huang
- YP Huang
- T Hussain
- CS Ji
- Q Ji
- XB Ji
- XL Ji
- LK Jia
- LL Jiang
- XS Jiang
- JB Jiao
- Z Jiao
- DP Jin
- S Jin
- FF Jing
- N Kalantar-Nayestanaki
- M Kavatsyuk
- W Kuehn
- W Lai
- JS Lange
- JKC Leung
- CH Li
- Cheng Li
- Cui Li
- DM Li
- F Li
- G Li
- HB Li
- JC Li
- K Li
- Lei Li
- NB 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
- BJ Liu
- BJ Liu
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- KY Liu
- Kai Liu
- Kun Liu
- PL Liu
- SB Liu
- X Liu
- XH Liu
- Y 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
- Y Ma
- FE Maas
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- C Morales Morales
- C Motzko
- N Yu Muchnoi
- 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
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- Y Qin
- ZH Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- BD Schaefer
- J Schulze
- M Shao
- CP Shen
- XY Shen
- HY Sheng
- MR Shepherd
- XY Song
- S Spataro
- B Spruck
- DH Sun
- GX Sun
- JF Sun
- SS Sun
- XD Sun
- YJ Sun
- YZ Sun
- ZJ Sun
- ZT Sun
- CJ Tang
- X Tang
- EH Thorndike
- HL Tian
- D Toth
- M Ullrich
- GS Varner
- B Wang
- BQ Wang
- K Wang
- LL Wang
- LS Wang
- M Wang
- P Wang
- PL Wang
- Q Wang
- QJ Wang
- SG Wang
- XF Wang
- XL Wang
- YD Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- DH 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
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- F Xue
- Z Xue
- L Yan
- WB Yan
- YH Yan
- HX Yang
- T Yang
- Y Yang
- YX Yang
- H Ye
- M Ye
- MH Ye
- BX Yu
- CX Yu
- JS Yu
- L Yu
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- A Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J Zhang
- JG Zhang
- JQ Zhang
- JW Zhang
- JY Zhang
- JZ Zhang
- L Zhang
- SH Zhang
- TR Zhang
- XJ Zhang
- XY Zhang
- Y Zhang
- YH Zhang
- YS Zhang
- ZP Zhang
- ZY Zhang
- G Zhao
- HS Zhao
- JW Zhao
- KX Zhao
- Lei Zhao
- Ling Zhao
- MG Zhao
- Q Zhao
- SJ Zhao
- TC Zhao
- XH Zhao
- YB Zhao
- ZG Zhao
- A Zhemchugov
- B Zheng
- JP Zheng
- YH Zheng
- ZP Zheng
- B Zhong
- J Zhong
- L Zhou
- XK Zhou
- XR Zhou
- C Zhu
- K Zhu
- KJ Zhu
- SH Zhu
- XL Zhu
- XW Zhu
- YM Zhu
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- Autoren-URL
- http://arxiv.org/abs/1205.5103v2
- Schlüsselwörter
- hep-ex
- hep-ex
- Notes
- 7 pages, 1 figure, 1 table
- Datum der Veröffentlichung
- 2012
- Herausgeber URL
- http://dx.doi.org/10.1103/PhysRevLett.109.042003
- Datum der Datenerfassung
- 2012
- Datum, an dem der Datensatz öffentlich gemacht wurde
- 2012
- Titel
- First observation of the M1 transition $ψ(3686)\to γη_c(2S)$
Files
1205.5103v2.pdf
Datenquelle: arXiv
- Autoren
- M Ablikim
- MN Achasov
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- Y Ban
- J Becker
- N Berger
- M Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- A Calcaterra
- GF Cao
- JF Chang
- G Chelkov
- G Chen
- HS Chen
- JC Chen
- ML Chen
- SJ Chen
- Y 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
- F Feldbauer
- CQ Feng
- RB Ferroli
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- W Gradl
- M Greco
- MH Gu
- YT Gu
- YH Guan
- AQ Guo
- LB Guo
- YP Guo
- YL Han
- XQ Hao
- FA Harris
- KL He
- M He
- ZY He
- T Held
- YK Heng
- ZL Hou
- HM Hu
- JF Hu
- T Hu
- B Huang
- GM Huang
- JS Huang
- XT Huang
- YP Huang
- T Hussain
- CS Ji
- Q Ji
- XB Ji
- XL Ji
- LK Jia
- LL Jiang
- XS Jiang
- JB Jiao
- Z Jiao
- DP Jin
- S Jin
- FF Jing
- N Kalantar-Nayestanaki
- M Kavatsyuk
- W Kuehn
- W Lai
- JS Lange
- JKC Leung
- CH Li
- Cheng Li
- Cui Li
- DM Li
- F Li
- G Li
- HB Li
- JC Li
- K Li
- Lei Li
- NB 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
- BJ Liu
- BJ Liu
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- KY Liu
- Kai Liu
- Kun Liu
- PL Liu
- SB Liu
- X Liu
- XH Liu
- Y 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
- Y Ma
- FE Maas
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- C Morales Morales
- C Motzko
- N Yu Muchnoi
- 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
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- Y Qin
- ZH Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- BD Schaefer
- J Schulze
- M Shao
- CP Shen
- XY Shen
- HY Sheng
- MR Shepherd
- XY Song
- S Spataro
- B Spruck
- DH Sun
- GX Sun
- JF Sun
- SS Sun
- XD Sun
- YJ Sun
- YZ Sun
- ZJ Sun
- ZT Sun
- CJ Tang
- X Tang
- EH Thorndike
- HL Tian
- D Toth
- M Ullrich
- GS Varner
- B Wang
- BQ Wang
- K Wang
- LL Wang
- LS Wang
- M Wang
- P Wang
- PL Wang
- Q Wang
- QJ Wang
- SG Wang
- XF Wang
- XL Wang
- YD Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- DH 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
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- F Xue
- Z Xue
- L Yan
- WB Yan
- YH Yan
- HX Yang
- T Yang
- Y Yang
- YX Yang
- H Ye
- M Ye
- MH Ye
- BX Yu
- CX Yu
- JS Yu
- L Yu
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- A Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J Zhang
- JG Zhang
- JQ Zhang
- JW Zhang
- JY Zhang
- JZ Zhang
- L Zhang
- SH Zhang
- TR Zhang
- XJ Zhang
- XY Zhang
- Y Zhang
- YH Zhang
- YS Zhang
- ZP Zhang
- ZY Zhang
- G Zhao
- HS Zhao
- JW Zhao
- KX Zhao
- Lei Zhao
- Ling Zhao
- MG Zhao
- Q Zhao
- SJ Zhao
- TC Zhao
- XH Zhao
- YB Zhao
- ZG Zhao
- A Zhemchugov
- B Zheng
- JP Zheng
- YH Zheng
- ZP Zheng
- B Zhong
- J Zhong
- L Zhou
- XK Zhou
- XR Zhou
- C Zhu
- K Zhu
- KJ Zhu
- SH Zhu
- XL Zhu
- XW Zhu
- YM Zhu
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- BESIII Collaboration
- Autoren-URL
- http://gateway.webofknowledge.com/gateway/Gateway.cgi?GWVersion=2&SrcApp=PARTNER_APP&SrcAuth=LinksAMR&KeyUT=WOS:000306690700006&DestLinkType=FullRecord&DestApp=ALL_WOS&UsrCustomerID=7c6cbd95cc08067bf5cec85ffdc20efd
- DOI
- 10.1103/PhysRevLett.109.042003
- eISSN
- 1079-7114
- ISSN
- 0031-9007
- Ausgabe der Veröffentlichung
- 4
- Zeitschrift
- PHYSICAL REVIEW LETTERS
- Artikelnummer
- ARTN 042003
- Datum der Veröffentlichung
- 2012
- Status
- Published
- Datum der Datenerfassung
- 2020
- Titel
- First Observation of the M1 Transition psi(3686) -> gamma eta(c)(2S)
- Ausgabe der Zeitschrift
- 109
Datenquelle: Manual
- Beziehungen:
- Eigentum von