Publication 1
Phys. Rev. Lett. 89, 101804 (2002) [6 pages]
[Issue 10 – August 2002]
Measurement of the Positive Muon Anomalous Magnetic Moment to
0.7 ppm
G. W. Bennett2, B. Bousquet9, H. N. Brown2, G. Bunce2, R. M. Carey1, P. Cushman9, G. T.
Danby2, P. T. Debevec7, M. Deile11, H. Deng11, W. Deninger7, S. K. Dhawan11, V. P.
Druzhinin3, L. Duong9, E. Efstathiadis1, F. J. M. Farley11, G. V. Fedotovich3, S. Giron9, F.
E. Gray7, D. Grigoriev3, M. Grosse-Perdekamp11, A. Grossmann6, M. F. Hare1, D. W.
Hertzog7, X. Huang1, V. W. Hughes11, M. Iwasaki10, K. Jungmann5, D. Kawall11, B. I.
Khazin3, J. Kindem9, F. Krienen1, I. Kronkvist9, A. Lam1, R. Larsen2, Y. Y. Lee2, I.
Logashenko1,3, R. McNabb9, W. Meng2, J. Mi2, J. P. Miller1, W. M. Morse2, D. Nikas2, C. J.
G. Onderwater7, Y. Orlov4, C. S. Özben2, J. M. Paley1, Q. Peng1, C. C. Polly7, J. Pretz11,
R. Prigl2, G. zu Putlitz6, T. Qian9, S. I. Redin3,11, O. Rind1, B. L. Roberts1, N. Ryskulov3, P.
Shagin9, Y. K. Semertzidis2, Yu. M. Shatunov3, E. P. Sichtermann11, E. Solodov3, M.
Sossong7, A. Steinmetz11, L. R. Sulak1, A. Trofimov1, D. Urner7, P. von Walter6, D.
Warburton2, and A. Yamamoto8(Muon (g-2) Collaboration)
Received 31 July 2002; published 20 August 2002; publisher error corrected 23 August 2002
A higher precision measurement of the anomalous g value, aμ=(g-2)/2, for the positive muon has
been made at the Brookhaven Alternating Gradient Synchrotron, based on data collected in the
year 2000. The result aμ+=11 659 204(7)(5)×10-10 (0.7 ppm) is in good agreement with previous
measurements and has an error about one-half that of the combined previous data. The present
world average experimental value is aμ(expt)=11 659 203(8)×10-10 (0.7 ppm).
©2002 The American Physical Society
URL: http://link.aps.org/abstract/PRL/v89/e101804
DOI: 10.1103/PhysRevLett.89.101804
PACS: 13.40.Em, 12.15.Lk, 14.60.Ef
Articles Citing: Measurement of the Positive Muon Anomalous
Magnetic Moment to 0.7 ppm
G. W. Bennett et al. Muon (g-2) Collaboration, Phys. Rev. Lett. 89, 101804
(2002)
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Publication 2
Phys. Rev. Lett. 92, 161802 (2004) [5 pages]
[Issue 16 – April 2004]
Measurement of the Negative Muon Anomalous Magnetic Moment to
0.7 ppm
G. W. Bennett2, B. Bousquet9, H. N. Brown2, G. Bunce2, R. M. Carey1, P. Cushman9, G. T.
Danby2, P. T. Debevec7, M. Deile11, H. Deng11, S. K. Dhawan11, V. P. Druzhinin3, L.
Duong9, F. J. M. Farley11, G. V. Fedotovich3, F. E. Gray7, D. Grigoriev3, M. GrossePerdekamp11, A. Grossmann6, M. F. Hare1, D. W. Hertzog7, X. Huang1, V. W. Hughes11*,
M. Iwasaki10, K. Jungmann5, D. Kawall11, B. I. Khazin3, F. Krienen1, I. Kronkvist9, A. Lam1,
R. Larsen2, Y. Y. Lee2, I. Logashenko1,3, R. McNabb9, W. Meng2, J. P. Miller1, W. M.
Morse2, D. Nikas2, C. J. G. Onderwater7, Y. Orlov4, C. S. Özben2,7, J. M. Paley1, Q.
Peng1, C. C. Polly7, J. Pretz11, R. Prigl2, G. zu Putlitz6, T. Qian9, S. I. Redin3,11, O. Rind1,
B. L. Roberts1, N. Ryskulov3, Y. K. Semertzidis2, P. Shagin9, Yu. M. Shatunov3, E. P.
Sichtermann11, E. Solodov3, M. Sossong7, L. R. Sulak1, A. Trofimov1, P. von Walter6, and
A. Yamamoto8(Muon (g-2) Collaboration)
Received 10 January 2004; published 23 April 2004
The anomalous magnetic moment of the negative muon has been measured to a precision of
0.7 ppm (ppm) at the Brookhaven Alternating Gradient Synchrotron. This result is based on data
collected in 2001, and is over an order of magnitude more precise than the previous
measurement for the negative muon. The result aμ-=11 659 214(8)(3)×10-10 (0.7 ppm), where the
first uncertainty is statistical and the second is systematic, is consistent with previous
measurements of the anomaly for the positive and the negative muon. The average of the
measurements of the muon anomaly is aμ(exp)=11 659 208(6)×10-10 (0.5 ppm).
URL:http://link.aps.org/abstract/PRL/v92/e161802
DOI:10.1103/PhysRevLett.92.161802
PACS:13.40.Em, 12.15.Lk, 14.60.Ef
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Publication 3
Phys. Rev. D 73, 072003 (2006) (41 pages)
Final report of the E821 muon anomalous magnetic moment measurement at BNL
G. W. Bennett,2 B. Bousquet,10 H. N. Brown,2 G. Bunce,2 R. M. Carey,1 P. Cushman,10 G.
T. Danby,2 P. T. Debevec,8 M. Deile,13 H. Deng,13 W. Deninger,8 S. K. Dhawan,13 V. P.
Druzhinin,3 L. Duong,10 E. Efstathiadis,1 F. J. M. Farley,13 G. V. Fedotovich,3 S. Giron,10
F. E. Gray,8 D. Grigoriev,3 M. Grosse-Perdekamp,13 A. Grossmann,7 M. F. Hare,1 D. W.
Hertzog,8 X. Huang,1 V. W. Hughes,13 M. Iwasaki,12 K. Jungmann,6,7 D. Kawall,13 M.
Kawamura,12 B. I. Khazin,3 J. Kindem,10 F. Krienen,1 I. Kronkvist,10 A. Lam,1 R.
Larsen,2 Y. Y. Lee,2 I. Logashenko,1,3 R. McNabb,10,8 W. Meng,2 J. Mi,2 J. P. Miller,1 Y.
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J. M. Paley,1 Q. Peng,1 C. C. Polly,8 J. Pretz,13 R. Prigl,2 G. zu Putlitz,7 T. Qian,10 S. I.
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Shagin,10 Yu. M. Shatunov,3 E. P. Sichtermann,13 E. Solodov,3 M. Sossong,8 A.
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Warburton,2 D. Winn,5 A. Yamamoto,9 and D. Zimmerman10
(Received 26 January 2006; published 7 April 2006)
We present the final report from a series of precision measurements of the muon
anomalous magnetic moment, aµ=(g-2)/2. The details of the experimental method,
apparatus, data taking, and analysis are summarized. Data obtained at Brookhaven
National Laboratory, using nearly equal samples of positive and negative muons, were
used to deduce aµ(Expt)=11659208.0(5.4)(3.3)×10-10, where the statistical and systematic
uncertainties are given, respectively. The combined uncertainty of 0.54 ppm represents a
14-fold improvement compared to previous measurements at CERN. The standard model
value for aµ includes contributions from virtual QED, weak, and hadronic processes.
While the QED processes account for most of the anomaly, the largest theoretical
uncertainty, [approximate]0.55 ppm, is associated with first-order hadronic vacuum
polarization. Present standard model evaluations, based on e+e- hadronic cross sections,
lie 2.2–2.7 standard deviations below the experimental result.
©2006 The American Physical Society
URL: http://link.aps.org/abstract/PRD/v73/e072003
doi:10.1103/PhysRevD.73.072003
PACS: 13.40.Em, 12.15.Lk, 14.60.Ef
The above article is cited by 6 articles.
Sort list by: Date (default) | First Author Surname | Journal Title (alphabetical)
1.
Mass spectrum in R-parity violating minimal supergravity and benchmark
points
B. C. Allanach et al., Phys. Rev. D 75, 035002 (2007)
2.
Constraints on the minimal supergravity parameter space from NLO
calculation of isospin asymmetry in B-->K*gamma
M. R. Ahmady et al., Phys. Rev. D 75, 015007 (2007)
3.
Search for Excited and Exotic Muons in the µgamma Decay Channel in
p[overline p] Collisions at sqrt(s)=1.96 TeV
A. Abulencia et al., Phys. Rev. Lett. 97, 191802 (2006)
4.
Analysis of enhanced beta effects in minimal flavor violation GUT scenarios
Enrico Lunghi et al., Phys. Rev. D 74, 075003 (2006)
5.
Reconsidered estimates of the 10th order QED contributions to the muon
anomaly
A. L. Kataev, Phys. Rev. D 74, 073011 (2006)
6.
New Measurement of the Electron Magnetic Moment Using a One-Electron
Quantum Cyclotron
B. Odom et al., Phys. Rev. Lett. 97, 030801 (2006)
Publication 4
【篇名】 Pb 同位素分立能级参数及中子直接非弹散射截面
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【作者】 陈振鹏;彭钦增;祝清源
【机构】 清华大学物理系,北京 100084;清华大学物理系,北京 100084;清华大学物理系,北京 100084
【年】 2000
【期】 02
【英文篇名】 Parameters for the discrete energy levels of Pb isotopes and the neutron direct inelastic scattering cross
sections
【中文摘要】 通过数据拟合,理论分析,参数比对等方法,对涉及 208Pb、207Pb 和 206Pb 的低分立能级参数的有
关研究成果,包括直接的(n,n)、(n,n′γ)和间接的(e,e)、(p,p′)、(α,α′)反应等,进行了细致的评价,并从中优化出一套
可用于计算中子直接非弹散射截面的能级参数。利用扭曲波 Born 近似和耦合道光学模型方法系统计算了上述
三个核素共三十个分立能级的中子直接非弹散射截面,所涉及的中子能区从 0.001MeV 到 25MeV。基于广泛可
靠的实验基础,所得结果可信,并已被收入中国评价核数据库最新版本中。
【英文摘要】 This article evaluated and analyzed the research on the parameters of the low energy levels of 208 Pb,
207 Pb and 206 Pb. The reactions include direct ones such as (n,n) and (n,n'γ), and indirect ones such as (e,e), (p,p') and
(α,α'). The parameters were optimized to get the neutron direct inelastic scattering cross sections at various energy
levels. The Distorted Wave Born Approximation and the Coupled Channel Optic Methods were used to systematically
calculate the neutro
【中文关键词】 Pb;;能级参数;;扭曲波 Born 近似;;中子直接非弹
【英文关键词】 Pb ; parameters of energy levels; distorted wave Born approximation; neutron direct inelastic