Spin-Parity Analysis ofpp¯Mass Threshold Structure inJ/ψandψ(3686)Radiative Decays
- Publikationstyp:
- Zeitschriftenaufsatz
- Metadaten:
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- Autoren
- M Ablikim
- MN Achasov
- D Alberto
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- RBF Baldini Ferroli
- Y Ban
- J Becker
- N Berger
- MB Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- AC 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
- I Denysenko
- M Destefanis
- WL Ding Ding
- Y Ding
- LY Dong
- MY Dong
- SX Du
- J Fang
- SS Fang
- CQ Feng
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- 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
- 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
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- K Liu
- K Liu
- KY Liu
- Q Liu
- SB Liu
- X Liu
- XH Liu
- YB Liu
- Yong Liu
- ZA Liu
- Zhiqiang Liu
- Zhiqing Liu
- H Loehner
- GR Lu
- HJ Lu
- JG Lu
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- YP Lu
- CL Luo
- MX Luo
- T Luo
- XL Luo
- M Lv
- CL Ma
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- T Ma
- XY Ma
- M Maggiora
- QA Malik
- H Mao
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- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- N Yu Muchnoi
- Y Nefedov
- IB Nikolaev
- Z Ning
- SL Olsen
- Q Ouyang
- SP Pacetti
- JW Park
- M Pelizaeus
- K Peters
- JL Ping
- RG Ping
- R Poling
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- 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
- GS Varner
- B Wang
- BQ Wang
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- M Wang
- P Wang
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- Q Wang
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- SG Wang
- XF Wang
- XL Wang
- YD Wang
- YF Wang
- YQ Wang
- Z Wang
- ZG Wang
- ZY Wang
- DH Wei
- QG Wen
- SP Wen
- U Wiedner
- LH Wu
- N Wu
- W Wu
- Z Wu
- ZJ Xiao
- YG Xie
- QL Xiu
- GF Xu
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- H Xu
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- L Yan
- WB Yan
- YH Yan
- HX Yang
- T Yang
- Y Yang
- YX Yang
- H Ye
- M Ye
- MH Ye
- BX Yu
- CX Yu
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- AZ Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J 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
- Jingwei 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
- 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:000301571200005&DestLinkType=FullRecord&DestApp=WOS_CPL
- DOI
- 10.1103/PhysRevLett.108.112003
- eISSN
- 1079-7114
- Externe Identifier
- Clarivate Analytics Document Solution ID: 909NK
- PubMed Identifier: 22540467
- ISSN
- 0031-9007
- Ausgabe der Veröffentlichung
- 11
- Zeitschrift
- PHYSICAL REVIEW LETTERS
- Artikelnummer
- ARTN 112003
- Datum der Veröffentlichung
- 2012
- Status
- Published
- Titel
- Spin-Parity Analysis of <i>p</i>(<i>p</i>)over-bar Mass Threshold Structure in <i>J</i>/ψ and ψ(3686) Radiative Decays
- Sub types
- Article
- Ausgabe der Zeitschrift
- 108
Datenquelle: Web of Science (Lite)
- Andere Metadatenquellen:
-
- Autoren
- M Ablikim
- MN Achasov
- D Alberto
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- RBF Baldini Ferroli
- Y Ban
- J Becker
- N Berger
- MB Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- AC 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
- I Denysenko
- M Destefanis
- WL Ding Ding
- Y Ding
- LY Dong
- MY Dong
- SX Du
- J Fang
- SS Fang
- CQ Feng
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- 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
- 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
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- K Liu
- K Liu
- KY Liu
- Q Liu
- SB Liu
- X Liu
- XH Liu
- YB Liu
- Yong 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
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- N Yu Muchnoi
- Y Nefedov
- IB Nikolaev
- Z Ning
- SL Olsen
- Q Ouyang
- SP Pacetti
- JW Park
- M Pelizaeus
- K Peters
- JL Ping
- RG Ping
- R Poling
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- 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
- 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
- QG Wen
- SP Wen
- U Wiedner
- LH Wu
- N Wu
- W Wu
- Z Wu
- ZJ Xiao
- YG Xie
- QL Xiu
- GF Xu
- GM Xu
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- 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
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- AZ Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J 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
- Jingwei 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
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- DOI
- 10.1103/physrevlett.108.112003
- eISSN
- 1079-7114
- ISSN
- 0031-9007
- Ausgabe der Veröffentlichung
- 11
- Zeitschrift
- Physical Review Letters
- Sprache
- en
- Artikelnummer
- 112003
- Online publication date
- 2012
- Status
- Published online
- Herausgeber
- American Physical Society (APS)
- Herausgeber URL
- http://dx.doi.org/10.1103/physrevlett.108.112003
- Datum der Datenerfassung
- 2017
- Titel
- Spin-Parity Analysis of<mml:math xmlns:mml="http://www.w3.org/1998/Math/MathML" display="inline"><mml:mi>p</mml:mi><mml:mover accent="true"><mml:mi>p</mml:mi><mml:mo>¯</mml:mo></mml:mover></mml:math>Mass Threshold Structure in<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:math>and<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:math>Radiative Decays
- Ausgabe der Zeitschrift
- 108
Datenquelle: Crossref
- Abstract
- A partial wave analysis of the pp¯ mass-threshold enhancement in the reaction J/ψ→γpp¯ is used to determine its J(PC) quantum numbers to be 0(-+), its peak mass to be below threshold at M=1832(-5)(+19)(stat)(-17)(+18)(syst)±19(model) MeV/c(2), and its total width to be Γ<76 MeV/c(2) at the 90% C.L. The product of branching ratios is measured to be BR[J/ψ→γX(pp¯)]BR[X(pp¯)→pp¯]=[9.0(-1.1)(+0.4)(stat)(-5.0)(+1.5)(syst)±2.3(model)]×10(-5). A similar analysis performed on ψ(3686)→γpp¯ decays shows, for the first time, the presence of a corresponding enhancement with a production rate relative to that for J/ψ decays of R=[5.08(-0.45)(+0.71)(stat)(-3.58)(+0.67)(syst)±0.12(model)]%.
- Addresses
- Institute of High Energy Physics, Beijing 100049, People's Republic of China.
- Autoren
- M Ablikim
- MN Achasov
- D Alberto
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- RBF Baldini Ferroli
- Y Ban
- J Becker
- N Berger
- MB Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- AC 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
- I Denysenko
- M Destefanis
- WL Ding Ding
- Y Ding
- LY Dong
- MY Dong
- SX Du
- J Fang
- SS Fang
- CQ Feng
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- 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
- 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
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- K Liu
- K Liu
- KY Liu
- Q Liu
- SB Liu
- X Liu
- XH Liu
- YB Liu
- Yong 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
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- N Yu Muchnoi
- Y Nefedov
- IB Nikolaev
- Z Ning
- SL Olsen
- Q Ouyang
- SP Pacetti
- JW Park
- M Pelizaeus
- K Peters
- JL Ping
- RG Ping
- R Poling
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- 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
- 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
- QG Wen
- SP Wen
- U Wiedner
- LH Wu
- N Wu
- W Wu
- Z Wu
- ZJ Xiao
- YG Xie
- QL Xiu
- GF Xu
- GM Xu
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- 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
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- AZ Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J 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
- Jingwei 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
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- BESIII Collaboration
- DOI
- 10.1103/physrevlett.108.112003
- eISSN
- 1079-7114
- Externe Identifier
- PubMed Identifier: 22540467
- Funding acknowledgements
- National Science Foundation:
- U.S. Department of Energy:
- Open access
- false
- ISSN
- 0031-9007
- Ausgabe der Veröffentlichung
- 11
- Zeitschrift
- Physical review letters
- Schlüsselwörter
- BESIII Collaboration
- Sprache
- eng
- Medium
- Print-Electronic
- Online publication date
- 2012
- Paginierung
- 112003
- Datum der Veröffentlichung
- 2012
- Status
- Published
- Datum der Datenerfassung
- 2012
- Titel
- Spin-parity analysis of pp¯ mass threshold structure in J/ψ and ψ(3686) radiative decays.
- Sub types
- Journal Article
- Ausgabe der Zeitschrift
- 108
Datenquelle: Europe PubMed Central
- Abstract
- A partial wave analysis of the pp¯ mass-threshold enhancement in the reaction J/ψ→γpp¯ is used to determine its J(PC) quantum numbers to be 0(-+), its peak mass to be below threshold at M=1832(-5)(+19)(stat)(-17)(+18)(syst)±19(model) MeV/c(2), and its total width to be Γ<76 MeV/c(2) at the 90% C.L. The product of branching ratios is measured to be BR[J/ψ→γX(pp¯)]BR[X(pp¯)→pp¯]=[9.0(-1.1)(+0.4)(stat)(-5.0)(+1.5)(syst)±2.3(model)]×10(-5). A similar analysis performed on ψ(3686)→γpp¯ decays shows, for the first time, the presence of a corresponding enhancement with a production rate relative to that for J/ψ decays of R=[5.08(-0.45)(+0.71)(stat)(-3.58)(+0.67)(syst)±0.12(model)]%.
- Autoren
- M Ablikim
- MN Achasov
- D Alberto
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- RBF Baldini Ferroli
- Y Ban
- J Becker
- N Berger
- MB Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- AC 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
- I Denysenko
- M Destefanis
- WL Ding Ding
- Y Ding
- LY Dong
- MY Dong
- SX Du
- J Fang
- SS Fang
- CQ Feng
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- 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
- 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
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- K Liu
- K Liu
- KY Liu
- Q Liu
- SB Liu
- X Liu
- XH Liu
- YB Liu
- Yong 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
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- N Yu Muchnoi
- Y Nefedov
- IB Nikolaev
- Z Ning
- SL Olsen
- Q Ouyang
- SP Pacetti
- JW Park
- M Pelizaeus
- K Peters
- JL Ping
- RG Ping
- R Poling
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- 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
- 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
- QG Wen
- SP Wen
- U Wiedner
- LH Wu
- N Wu
- W Wu
- Z Wu
- ZJ Xiao
- YG Xie
- QL Xiu
- GF Xu
- GM Xu
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- 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
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- AZ Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J 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
- Jingwei 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
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- BESIII Collaboration
- Autoren-URL
- https://www.ncbi.nlm.nih.gov/pubmed/22540467
- DOI
- 10.1103/PhysRevLett.108.112003
- eISSN
- 1079-7114
- Ausgabe der Veröffentlichung
- 11
- Zeitschrift
- Phys Rev Lett
- Sprache
- eng
- Country
- United States
- Paginierung
- 112003
- Datum der Veröffentlichung
- 2012
- Status
- Published
- Datum, an dem der Datensatz öffentlich gemacht wurde
- 2012
- Titel
- Spin-parity analysis of pp¯ mass threshold structure in J/ψ and ψ(3686) radiative decays.
- Sub types
- Journal Article
- Ausgabe der Zeitschrift
- 108
Datenquelle: PubMed
- Abstract
- A partial wave analysis of the $p \bar{p}$ mass-threshold enhancement in the reaction $J/\psi\rightarrow\gamma p\bar{p}$ is used to determine: its $J^{PC}$ quantum numbers to be $0^{-+}$; its peak mass to be below threshold at $M=1832^{+19}_{-5} {\rm(stat.)}^{+18}_{-17} {\rm (syst.)}\pm19 {\rm (model)} {\rm MeV}/c^2$; and its total width to be $\Gamma<76 {\rm MeV}/c^2$ at the 90% C.L. The product branching ratio is measured to be $B(J/\psi\rightarrow\gamma X(p\bar{p}))B(X(p\bar{p})\rightarrow p\bar{p})=(9.0^{+0.4}_{-1.1} {\rm (stat.)}^{+1.5}_{-5.0} {\rm (syst.)}\pm2.3 {\rm (model)})\times10^{-5}$. A similar analysis performed on $\psi^\prime\rightarrow\gamma p\bar{p}$ decays shows, for the first time, the presence of a corresponding enhancement with a production rate relative to that for $J/\psi$ decays of $R=(5.08^{+0.71}_{-0.45} {\rm (stat.)}^{+0.67}_{-3.58} {\rm (syst.)}\pm0.12 {\rm (model)})%$.
- Autoren
- BESIII Collaboration
- Autoren-URL
- http://arxiv.org/abs/1112.0942v1
- Schlüsselwörter
- hep-ex
- hep-ex
- Notes
- 5 pages, 3 figures, submitted to Phys. Rev. Lett
- Datum der Veröffentlichung
- 2011
- Herausgeber URL
- http://dx.doi.org/10.1103/PhysRevLett.108.112003
- Datum der Datenerfassung
- 2011
- Datum, an dem der Datensatz öffentlich gemacht wurde
- 2011
- Titel
- Spin-Parity Analysis of ppbar Mass Threshold Structure in J/psi and psi' Radiative Decays
Files
1112.0942v1.pdf
Datenquelle: arXiv
- Autoren
- M Ablikim
- MN Achasov
- D Alberto
- DJ Ambrose
- FF An
- Q An
- ZH An
- JZ Bai
- RBF Baldini Ferroli
- Y Ban
- J Becker
- N Berger
- MB Bertani
- JM Bian
- E Boger
- O Bondarenko
- I Boyko
- RA Briere
- V Bytev
- X Cai
- AC 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
- I Denysenko
- M Destefanis
- WL Ding Ding
- Y Ding
- LY Dong
- MY Dong
- SX Du
- J Fang
- SS Fang
- CQ Feng
- CD Fu
- JL Fu
- Y Gao
- C Geng
- K Goetzen
- WX Gong
- 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
- 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
- CL Liu
- CX Liu
- CY Liu
- FH Liu
- Fang Liu
- Feng Liu
- H Liu
- HB Liu
- HH Liu
- HM Liu
- HW Liu
- JP Liu
- K Liu
- K Liu
- KY Liu
- Q Liu
- SB Liu
- X Liu
- XH Liu
- YB Liu
- Yong 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
- M Maggiora
- QA Malik
- H Mao
- YJ Mao
- ZP Mao
- JG Messchendorp
- J Min
- TJ Min
- RE Mitchell
- XH Mo
- N Yu Muchnoi
- Y Nefedov
- IB Nikolaev
- Z Ning
- SL Olsen
- Q Ouyang
- SP Pacetti
- JW Park
- M Pelizaeus
- K Peters
- JL Ping
- RG Ping
- R Poling
- CSJ Pun
- M Qi
- S Qian
- CF Qiao
- XS Qin
- JF Qiu
- KH Rashid
- G Rong
- XD Ruan
- A Sarantsev
- 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
- 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
- QG Wen
- SP Wen
- U Wiedner
- LH Wu
- N Wu
- W Wu
- Z Wu
- ZJ Xiao
- YG Xie
- QL Xiu
- GF Xu
- GM Xu
- H Xu
- QJ Xu
- XP Xu
- Y Xu
- ZR Xu
- 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
- SP Yu
- CZ Yuan
- WL Yuan
- Y Yuan
- AA Zafar
- AZ Zallo
- Y Zeng
- BX Zhang
- BY Zhang
- CC Zhang
- DH Zhang
- HH Zhang
- HY Zhang
- J 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
- Jingwei 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
- YS Zhu
- ZA Zhu
- J Zhuang
- BS Zou
- JH Zou
- JX Zuo
- DOI
- 10.1103/physrevlett.108.112003
- eISSN
- 1079-7114
- ISSN
- 0031-9007
- Ausgabe der Veröffentlichung
- 11
- Zeitschrift
- Physical Review Letters
- Sprache
- en
- Artikelnummer
- 112003
- Online publication date
- 2012
- Datum der Veröffentlichung
- 2012
- Status
- Published online
- Herausgeber
- American Physical Society (APS)
- Datum der Datenerfassung
- 2020
- Titel
- Spin-Parity Analysis ofpp¯Mass Threshold Structure inJ/ψandψ(3686)Radiative Decays
- Ausgabe der Zeitschrift
- 108
Datenquelle: Manual
- Beziehungen:
- Eigentum von