Precision measurement of the mass of theτ
M. ABLIKIM
,
M. N. ACHASOV
,
X. C. Ai
,
O. Albayrak
,
M Albrecht
,
M. Albrecht
,
D. J. Ambrose
,
F. F. An
,
Q. An
,
J. Z. BAI
,
R. Baldini Ferroli
,
Y. BAN
,
J V Bennett
,
M. Bertani
,
J. M. Bian
,
E. Boger
,
O. Bondarenko
,
I. Boyko
,
S Braun
,
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
,
J. C. Chen
,
M L Chen
,
S J Chen
,
X. Chen
,
X. R. Chen
,
Y.-B. Chen
,
H.-P. Cheng
,
X. K. Chu
,
Y. P. CHU
,
D Cronin-Hennessy
,
H. L. Dai
,
J. P. Dai
,
D. Dedovich
,
Z. Y. DENG
,
A. DENIG
,
I. Denysenko
,
M. Destefanis
,
W. M. Ding
,
Y. Ding
,
C. Dong
,
J. Dong
,
L. Y. Dong
,
M. Y. Dong
,
S. X. DU
,
J. Z. Fan
,
J. Fang
,
S. S. Fang
,
Y. Fang
,
L. Fava
,
C. Q. Feng
,
C. D. FU
,
O. Fuks
,
Q. Gao
,
Y. Gao
,
C. Geng
,
K. Goetzen
,
W. X. Gong
,
W. Gradl
,
M. GRECO
,
M. H. Gu
,
Y. T. Gu
,
Y.H. Guan
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A. Q. Guo
,
L. B. GUO
,
T. Guo
,
Y. P. Guo
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Y. L. Han
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F. A. HARRIS
,
K. L. HE
,
M. He
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Z.Y. He
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T. Held
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Y. K. HENG
,
Z. L. Hou
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C Hu
,
H. M. HU
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J. F. Hu
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T. Hu
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G. M. Huang
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G. S. HUANG
,
H.-P. Huang
,
J.‐S. Huang
,
L. Huang
,
X.-T. Huang
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Y Huang
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T. Hussain
,
C. S. Ji
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Q. Ji
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Q. P. Ji
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X. B. Ji
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X. L. Ji
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L.L. Jiang
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L W Jiang
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X. S. Jiang
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J. B. JIAO
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Z Jiao
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D. P. JIN
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S. Jin
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T. Johansson
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N. KALANTAR-NAYESTANAKI
,
X. L. Kang
,
X. S. Kang
,
M. Kavatsyuk
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B. Kloss
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B. Kopf
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M. Kornicer
,
W. Kuehn
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A. Kupsc
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W. Lai
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J. S. LANGE
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M. Lara
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P. Larin
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M. Leyhe
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C. H. Li
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Cheng Li
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Cui Li
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D. Li
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D. M. Li
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F. Li
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G. Li
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H. B. Li
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J.-C. Li
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K Li
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Lei Li
,
P. R. Li
,
Q. J. LI
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T Li
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T. Li
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W. D. LI
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W. G. LI
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X. L. Li
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X. N. LI
,
X. Q. Li
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Z. B. LI
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H. Liang
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Y. F. Liang
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Y T Liang
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D. X. Lin
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B. J. LIU
,
C. L. Liu
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C. X. LIU
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F. H. Liu
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Fang Liu
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Fang Liu
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Feng Liu
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H. B. LIU
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H. H. Liu
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H. M. LIU
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J Liu
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J Liu
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J.-P. LIU
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K. Liu
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K. Y. Liu
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P. L. Liu
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Q. Liu
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S. B. Liu
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Y. B. Liu
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Z. A. LIU
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Zhiqiang Liu
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Zhiqing Liu
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H. Loehner
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X. C. Lou
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G. R. LU
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H. J. Lu
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H L Lu
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J. G. Lu
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X R Lü
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X. R. Lu
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Y Lü
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Y. Lu
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Y.-p. Lu
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C. L. LUO
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M. X. Luo
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T. Luo
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X.‐L. Luo
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M. Lv
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F. C. MA
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H. L. MA
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Q. M. MA
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M. Maggiora
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Q. A. Malik
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Z. P. Mao
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J. G. MESSCHENDORP
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J. Min
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T. J. Min
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R E Mitchell
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X. H. Mo
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Y. J. Mo
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H. MOEINI
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C. Morales Morales
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K. Moriya
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N. Yu. MUCHNOI
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H. Muramatsu
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Y. Nefedov
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I. B. NIKOLAEV
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Z. Ning
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X. Y. Niu
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M. Pelizaeus
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J. L. PING
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R. G. PING
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N. Q.
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M. Qi
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C F. Qiao
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L-Q Qin
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Z. H. Qin
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K. H. Rashid
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X. Y. SHEN
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H. Y. SHENG
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M. R. Shepherd
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W. M. Song
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X. Y. Song
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S. Spataro
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B. SPRUCK
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G. X. Sun
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J. F. SUN
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S‐S. Sun
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Y. J. Sun
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Y. Z. SUN
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Z. J. Sun
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Z. T. Sun
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C. J. Tang
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X. Tang
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I. Tapan
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E.H. Thorndike
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D. TOTH
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M. Ullrich
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I. Uman
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G. S. Varner
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B. Wang
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D. Wang
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D. Y. Wang
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K. Wang
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L. L. WANG
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L. S. Wang
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M Wang
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P. Wang
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P. L. WANG
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Q. J. Wang
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S. G. WANG
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W. Wang
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X. F. Wang
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Y. D. Wang
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Y. F. Wang
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Y. Q. Wang
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Z Wang
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Z. Wang
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Z G Wang
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Z.-H. Wang
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Z. Y. Wang
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D. H. Wei
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J.-B. Wei
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P. Weidenkaff
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S. P. Wen
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M Werner
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U. WIEDNER
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M. WOLKE
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L.H. Wu
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N. Wu
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Z. Wu
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L. G. Xia
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Y. Xia
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D. XIAO
,
Z. J. Xiao
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Y. G. Xie
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Q. L. Xiu
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G. F. XU
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L. Xu
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Q. J. XU
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Q. N. Xu
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X. P. XU
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Z. Xue
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L. Yan
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W. B. YAN
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W. C. Yan
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Y. H. Yan
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H. X. YANG
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L. Yang
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Y. Yang
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Y. X. Yang
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H Ye
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M. Ye
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M. H. YE
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B.X. YU
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C. X. YU
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H. W. Yu
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J. S. Yu
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S.P. Yu
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C. Z. Yuan
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W.-L. Yuan
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Y. Yuan
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A. A. Zafar
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A. Zallo
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S. L. ZANG
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Y. Zeng
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B. X. ZHANG
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B. Y. ZHANG
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C Zhang
,
C. B. Zhang
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C. C. Zhang
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D. H. ZHANG
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H. H. ZHANG
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H. Y. Zhang
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J. J. Zhang
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J. Q. Zhang
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J. W. Zhang
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J Y Zhang
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J. Z. Zhang
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S H Zhang
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X J. Zhang
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X. Y. Zhang
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Y Zhang
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Y. Zhang
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Y. H. Zhang
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Z. H. Zhang
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Z. P. Zhang
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Z. Y. Zhang
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G. Zhao
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J. W. ZHAO
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Lei Zhao
,
Ling Zhao
,
M. G. ZHAO
,
Q. Zhao
,
Q.W. Zhao
,
S.J. Zhao
,
T. C. Zhao
,
X. H. Zhao
,
Y. B. Zhao
,
Z. G. ZHAO
,
B. Zheng
,
J. P. Zheng
,
Y. H. Zheng
,
B. ZHONG
,
L. Zhou
,
Li Zhou
,
X. Zhou
,
X. K. Zhou
,
X.-R. ZHOU
,
X. Y. Zhou
,
K. Zhu
,
K. J. Zhu
,
X L Zhu
,
Y. C. Zhu
,
Y. S. Zhu
,
Z. A. ZHU
,
J. Zhuang
,
B. S. ZOU
,
J. H. Zou
Publication type: Journal Article
Publication date: 2014-07-07
scimago Q1
wos Q1
SJR: 1.458
CiteScore: 9.0
Impact factor: 5.3
ISSN: 24700010, 24700029, 05562821, 10894918, 15507998, 15502368
Nuclear and High Energy Physics
Abstract
An energy scan near the tau pair production threshold has been performed using the BESIII detector. About 24 pb(-1) of data, distributed over four scan points, were collected. This analysis is based on t pair decays to ee, e mu, eh, h, hh, e.,. and p. final states, where h denotes a charged p or K. The mass of the t lepton is measured from a maximum likelihood fit to the t pair production cross- section data to be m(tau) = 1776.91 +/- 0.12_0.10 - 0.13 _ MeV/c(2), which is currently the most precise value in a single measurement.
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@article{2014_ABLIKIM,
author = {M. ABLIKIM and M. N. ACHASOV and X. C. Ai and O. Albayrak and M Albrecht and M. Albrecht and D. J. Ambrose and F. F. An and Q. An and J. Z. BAI and R. Baldini Ferroli and Y. BAN and J V Bennett and M. Bertani and J. M. Bian and E. Boger and O. Bondarenko and I. Boyko and S Braun and R. A. Briere and H. Cai and X Cai and O. Cakir and A. Calcaterra and G. F. Cao and S. A. Cetin and J. F. Chang and G. Chelkov and G. Chen and H. S. Chen and J. C. Chen and M L Chen and S J Chen and X. Chen and X. R. Chen and Y.-B. Chen and H.-P. Cheng and X. K. Chu and Y. P. CHU and D Cronin-Hennessy and H. L. Dai and J. P. Dai and D. Dedovich and Z. Y. DENG and A. DENIG and I. Denysenko and M. Destefanis and W. M. Ding and Y. Ding and C. Dong and others},
title = {Precision measurement of the mass of theτlepton},
journal = {Physical Review D},
year = {2014},
volume = {90},
publisher = {American Physical Society (APS)},
month = {jul},
url = {https://doi.org/10.1103/PhysRevD.90.012001},
number = {1},
pages = {012001},
doi = {10.1103/PhysRevD.90.012001}
}
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