${{\boldsymbol e}}$ MAGNETIC MOMENT ANOMALY

${{\boldsymbol \mu}_{{e}}}/{{\boldsymbol \mu}_{{B}}}$ $−$ 1 = ($\boldsymbol g−$2)/2 INSPIRE search

VALUE ($ 10^{-6} $) DOCUMENT ID TECN CHG  COMMENT
$1159.65218091$ $\pm0.00000026$
MOHR
2016
RVUE 2014 CODATA value
• • • We do not use the following data for averages, fits, limits, etc. • • •
$1159.65218076$ $\pm0.00000027$
MOHR
2012
RVUE 2010 CODATA value
$1159.65218073$ $\pm0.00000028$
HANNEKE
2008
MRS Single electron
$1159.65218111$ $\pm0.00000074$ 1
MOHR
2008
RVUE 2006 CODATA value
$1159.65218085$ $\pm0.00000076$ 2
ODOM
2006
MRS - Single electron
$1159.6521859$ $\pm0.0000038$
MOHR
2005
RVUE 2002 CODATA value
$1159.6521869$ $\pm0.0000041$
MOHR
1999
RVUE 1998 CODATA value
$1159.652193$ $\pm0.000010$
COHEN
1987
RVUE 1986 CODATA value
$1159.6521884$ $\pm0.0000043$
VANDYCK
1987
MRS - Single electron
$1159.6521879$ $\pm0.0000043$
VANDYCK
1987
MRS + Single positron
1  MOHR 2008 average is dominated by ODOM 2006 .
2  Superseded by HANNEKE 2008 per private communication with Gerald Gabrielse.
  References:
MOHR 2016
RMP 88 035009 CODATA Recommended Values of the Fundamental Physical Constants: 2014
MOHR 2012
RMP 84 1527 CODATA Recommended Values of the Fundamental Physical Constants: 2010
HANNEKE 2008
PRL 100 120801 New Measurement of the Electron Magnetic Moment and the Fine Structure Constant
MOHR 2008
RMP 80 633 CODATA Recomended Values of the Fundamental Physical Constants: 2006
ODOM 2006
PRL 97 030801 New Measurement of the Electron Magnetic Moment Using a One-Electron Quantum Cyclotron
MOHR 2005
RMP 77 1 NIST Constants
MOHR 1999
JPCRD 28 1713 CODATA Recommended Values of the Fundamental Physical Constants: 1998;
COHEN 1987
RMP 59 1121 CODATA Fundamental Physical Constants 1986 Adjustments
VANDYCK 1987
PRL 59 26 New High Precision Comparison of Electron and Positron $\mathit g$ Factors