10 a_{\mu}(c)
| a^2(\text{fm}) | a_{\mu}^{SD}(c) | a_{\mu}^{W}(c) | a_{\mu}^{LD}(c) | a_{\mu}^{SD+W+LD}(c) | En |
|---|---|---|---|---|---|
| 0.0063167 | 1.27520(77)e-9 | 4.2540(50)e-10 | 2.0199(58)e-12 | 1.7026(11)e-9 | B-OS |
| 0.0046498 | 1.25886(60)e-9 | 3.8122(35)e-10 | 1.7715(44)e-12 | 1.64185(82)e-9 | C-OS |
| 0.0032320 | 1.23567(81)e-9 | 3.4761(44)e-10 | 1.6100(48)e-12 | 1.5849(12)e-9 | D-OS |
| 0.0023929 | 1.2196(13)e-9 | 3.3003(71)e-10 | 1.5230(88)e-12 | 1.5511(20)e-9 | E-OS |
| 0.0063167 | 1.14970(97)e-9 | 3.7567(50)e-10 | 1.8541(58)e-12 | 1.5272(14)e-9 | B-TM |
| 0.0046498 | 1.14089(73)e-9 | 3.4937(33)e-10 | 1.6714(45)e-12 | 1.4919(10)e-9 | C-TM |
| 0.0032320 | 1.13769(89)e-9 | 3.2909(45)e-10 | 1.5534(47)e-12 | 1.4683(13)e-9 | D-MT |
| 0.0023929 | 1.1395(14)e-9 | 3.1801(74)e-10 | 1.4862(87)e-12 | 1.4590(22)e-9 | E-TM |
10.0.1 SD
window paper value: 11.61(27)e-10
AIC (chi2 + 2Npar - Ndat)/2 = 1.157(15)e-9 ( 6.964925e-12 ) [ 1.31939e-11 ]
AIC (k< 10000 ) = 1.160(19)e-9 ( 4.272814e-12 ) [ 1.808819e-11 ]
AIC (chi2 + 2Npar - Ndat)/2 (no dof =1) = 1.159(17)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 = 1.156(14)e-9
AIC (chi2 + 2Npar - Ndat)/2 (only TM/OS combined) = 1.158(15)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 (only TM/OS combined) = 1.156(14)e-9
AIC (chi2 + 2Npar - Ndat)/2 (no log ) = 1.160(16)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 (no log ) = 1.160(14)e-9
AIC (chi2 + 2Npar - Ndat)/2 (always 4 latt) = 1.1512(70)e-9
AIC (chi2 + 2Npar - Ndat)/2 (4 latt + 3 linear ) = 1.1512(70)e-9
AIC (chi2 + 2Npar - Ndat)/2 (no a/log^2(3) a) = 1.157(16)e-9
<r >
`stat_bin()` using `bins = 30`. Pick better value with `binwidth`.
10.0.2 W
window paper value: 2.90(12)e-10
AIC (chi2 + 2Npar - Ndat)/2 = 2.878(59)e-10 ( 3.834903e-12 ) [ 4.480337e-12 ]
AIC (k< 10000 ) = 2.842(39)e-10 ( 2.035778e-12 ) [ 3.347617e-12 ]
AIC (chi2 + 2Npar - Ndat)/2 (no dof =1) = 2.851(45)e-10
AIC (chi2 + 2Npar -2 Ndat)/2 = 2.883(59)e-10
AIC (chi2 + 2Npar - Ndat)/2 (only TM/OS combined) = 2.878(63)e-10
AIC (chi2 + 2Npar -2 Ndat)/2 (only TM/OS combined) = 2.882(60)e-10
AIC (chi2 + 2Npar - Ndat)/2 (no log ) = 2.855(47)e-10
AIC (chi2 + 2Npar -2 Ndat)/2 (no log ) = 2.857(46)e-10
AIC (chi2 + 2Npar - Ndat)/2 (always 4 latt) = 2.924(46)e-10
AIC (chi2 + 2Npar - Ndat)/2 (4 latt + 3 linear ) = 2.924(46)e-10
AIC (chi2 + 2Npar - Ndat)/2 (no a/log^2(3) a) = 2.883(64)e-10
<r >
`stat_bin()` using `bins = 30`. Pick better value with `binwidth`.
10.0.3 LD
AIC (chi2 + 2Npar - Ndat)/2 = 1.313(72)e-12 ( 3.267104e-14 ) [ 6.39216e-14 ]
AIC (k< 10000 ) = 1.302(69)e-12 ( 2.652401e-14 ) [ 6.378713e-14 ]
AIC (chi2 + 2Npar - Ndat)/2 (no dof =1) = 1.298(64)e-12
AIC (chi2 + 2Npar -2 Ndat)/2 = 1.325(70)e-12
AIC (chi2 + 2Npar - Ndat)/2 (only TM/OS combined) = 1.306(65)e-12
AIC (chi2 + 2Npar -2 Ndat)/2 (only TM/OS combined) = 1.322(66)e-12
AIC (chi2 + 2Npar - Ndat)/2 (no log ) = 1.299(61)e-12
AIC (chi2 + 2Npar -2 Ndat)/2 (no log ) = 1.319(65)e-12
AIC (chi2 + 2Npar - Ndat)/2 (always 4 latt) = 1.372(38)e-12
AIC (chi2 + 2Npar - Ndat)/2 (4 latt + 3 linear ) = 1.372(38)e-12
AIC (chi2 + 2Npar - Ndat)/2 (no a/log^2(3) a) = 1.316(76)e-12
<r >
`stat_bin()` using `bins = 30`. Pick better value with `binwidth`.
10.0.4 SUM
AIC (chi2 + 2Npar - Ndat)/2 = 1.448(15)e-9 ( 9.277427e-12 ) [ 1.127461e-11 ]
AIC (k< 10000 ) = 1.451(13)e-9 ( 4.784794e-12 ) [ 1.261257e-11 ]
AIC (chi2 + 2Npar - Ndat)/2 (no dof =1) = 1.450(14)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 = 1.448(14)e-9
AIC (chi2 + 2Npar - Ndat)/2 (only TM/OS combined) = 1.449(15)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 (only TM/OS combined) = 1.448(14)e-9
AIC (chi2 + 2Npar - Ndat)/2 (no log ) = 1.449(14)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 (no log ) = 1.448(13)e-9
AIC (chi2 + 2Npar - Ndat)/2 (always 4 latt) = 1.444(11)e-9
AIC (chi2 + 2Npar - Ndat)/2 (4 latt + 3 linear ) = 1.444(11)e-9
AIC (chi2 + 2Npar - Ndat)/2 (no a/log^2(3) a) = 1.448(15)e-9
<r >
`stat_bin()` using `bins = 30`. Pick better value with `binwidth`.
<r >
10.1 Adding misstuning corrections
10.1.1 SD
window paper value: 11.61(27)e-10
AIC (chi2 + 2Npar - Ndat)/2 = 1.162(15)e-9 ( 7.152394e-12 ) [ 1.30414e-11 ]
AIC (k< 10000 ) = 1.165(18)e-9 ( 4.405792e-12 ) [ 1.74126e-11 ]
AIC (chi2 + 2Npar - Ndat)/2 (no dof =1) = 1.164(17)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 = 1.161(14)e-9
AIC (chi2 + 2Npar - Ndat)/2 (only TM/OS combined) = 1.163(15)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 (only TM/OS combined) = 1.161(14)e-9
AIC (chi2 + 2Npar - Ndat)/2 (no log ) = 1.164(16)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 (no log ) = 1.164(14)e-9
AIC (chi2 + 2Npar - Ndat)/2 (always 4 latt) = 1.1560(73)e-9
AIC (chi2 + 2Npar - Ndat)/2 (4 latt + 3 linear ) = 1.1560(73)e-9
AIC (chi2 + 2Npar - Ndat)/2 (no a/log^2(3) a) = 1.162(16)e-9
<r >
`stat_bin()` using `bins = 30`. Pick better value with `binwidth`.
\chi^2/dof= 1789.17
| P | value |
|---|---|
| P[0] | 1.2011(18)e-9 |
| P[1] | 1.222(37)e-8 |
| P[2] | -1.458(38)e-8 |
<r >
10.1.2 W
window paper value: 2.90(12)e-10
AIC (chi2 + 2Npar - Ndat)/2 = 2.913(65)e-10 ( 4.06872e-12 ) [ 5.104101e-12 ]
AIC (k< 10000 ) = 2.868(51)e-10 ( 2.401932e-12 ) [ 4.506586e-12 ]
AIC (chi2 + 2Npar - Ndat)/2 (no dof =1) = 2.880(54)e-10
AIC (chi2 + 2Npar -2 Ndat)/2 = 2.921(64)e-10
AIC (chi2 + 2Npar - Ndat)/2 (only TM/OS combined) = 2.914(69)e-10
AIC (chi2 + 2Npar -2 Ndat)/2 (only TM/OS combined) = 2.921(65)e-10
AIC (chi2 + 2Npar - Ndat)/2 (no log ) = 2.883(54)e-10
AIC (chi2 + 2Npar -2 Ndat)/2 (no log ) = 2.888(53)e-10
AIC (chi2 + 2Npar - Ndat)/2 (always 4 latt) = 2.961(46)e-10
AIC (chi2 + 2Npar - Ndat)/2 (4 latt + 3 linear ) = 2.961(46)e-10
AIC (chi2 + 2Npar - Ndat)/2 (no a/log^2(3) a) = 2.920(72)e-10
<r >
`stat_bin()` using `bins = 30`. Pick better value with `binwidth`.
\chi^2/dof= 5.14481
| P | value |
|---|---|
| P[0] | 2.909(34)e-10 |
| P[1] | 1.36(16)e-8 |
| P[2] | 1.03(16)e-8 |
| P[3] | 1.22(17)e-6 |
| P[4] | 4.9(1.7)e-7 |
<r >
10.1.3 LD
AIC (chi2 + 2Npar - Ndat)/2 = 1.339(82)e-12 ( 3.353084e-14 ) [ 7.449714e-14 ]
AIC (k< 10000 ) = 1.329(80)e-12 ( 2.762801e-14 ) [ 7.475724e-14 ]
AIC (chi2 + 2Npar - Ndat)/2 (no dof =1) = 1.322(74)e-12
AIC (chi2 + 2Npar -2 Ndat)/2 = 1.352(78)e-12
AIC (chi2 + 2Npar - Ndat)/2 (only TM/OS combined) = 1.329(72)e-12
AIC (chi2 + 2Npar -2 Ndat)/2 (only TM/OS combined) = 1.347(73)e-12
AIC (chi2 + 2Npar - Ndat)/2 (no log ) = 1.321(70)e-12
AIC (chi2 + 2Npar -2 Ndat)/2 (no log ) = 1.344(72)e-12
AIC (chi2 + 2Npar - Ndat)/2 (always 4 latt) = 1.403(37)e-12
AIC (chi2 + 2Npar - Ndat)/2 (4 latt + 3 linear ) = 1.403(37)e-12
AIC (chi2 + 2Npar - Ndat)/2 (no a/log^2(3) a) = 1.341(87)e-12
<r >
`stat_bin()` using `bins = 30`. Pick better value with `binwidth`.
10.1.4 SUM
AIC (chi2 + 2Npar - Ndat)/2 = 1.455(14)e-9 ( 9.615544e-12 ) [ 1.017426e-11 ]
AIC (k< 10000 ) = 1.458(11)e-9 ( 4.339222e-12 ) [ 9.706804e-12 ]
AIC (chi2 + 2Npar - Ndat)/2 (no dof =1) = 1.455(13)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 = 1.456(13)e-9
AIC (chi2 + 2Npar - Ndat)/2 (only TM/OS combined) = 1.456(14)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 (only TM/OS combined) = 1.456(13)e-9
AIC (chi2 + 2Npar - Ndat)/2 (no log ) = 1.455(13)e-9
AIC (chi2 + 2Npar -2 Ndat)/2 (no log ) = 1.456(12)e-9
AIC (chi2 + 2Npar - Ndat)/2 (always 4 latt) = 1.456(10)e-9
AIC (chi2 + 2Npar - Ndat)/2 (4 latt + 3 linear ) = 1.456(10)e-9
AIC (chi2 + 2Npar - Ndat)/2 (no a/log^2(3) a) = 1.455(15)e-9
<r >
`stat_bin()` using `bins = 30`. Pick better value with `binwidth`.