GM2Calc online

Here the anomalous magnetic moment of the muon can be calculated online with GM2Calc 2.2.0.

MSSM SLHA-1 input

Please provide an SLHA-1 input in the following text field.

We strongly discourage passing an SLHA-2 input file to GM2Calc. The reason is, that GM2Calc interprets the PDG numbers 1000013, 2000013 and 1000014 in the MASS block as the two smuon and the muon sneutrino pole masses, respectively. In an SLHA-2 compliant input file, however, it is not ensured, that these PDG numbers correspond to the two smuon and the muon sneutrino pole masses, because of possibly allowed slepton flavour violation.

Block GM2CalcConfig 0 1 # output format (0 = minimal, 1 = detailed, # 2 = NMSSMTools, 3 = SPheno, 4 = GM2Calc) 1 2 # loop order (0, 1 or 2) 2 1 # disable/enable tan(beta) resummation (0 or 1) 3 0 # force output (0 or 1) 4 0 # verbose output (0 or 1) 5 0 # calculate uncertainty Block GM2CalcInput 1 0.00775531 # alpha(MZ) [1L] 2 0.00729735 # alpha(0) [2L] Block SMINPUTS 3 0.1184 # alpha_s(MZ) SM MSbar [2L] 4 9.11876000E+01 # MZ(pole) [1L] 5 4.18000000E+00 # mb(mb) SM MSbar [2L] 6 1.73340000E+02 # mtop(pole) [2L] 7 1.77700000E+00 # mtau(pole) [2L] 8 0.00000000E+00 # mnu3(pole) [irrelevant] 11 0.000510998928 # melectron(pole) [irrelevant] 12 0.00000000E+00 # mnu1(pole) [irrelevant] 13 0.1056583715 # mmuon(pole) [1L] 14 0.00000000E+00 # mnu2(pole) [irrelevant] 21 4.76052706E-03 # md [irrelevant] 22 2.40534062E-03 # mu [irrelevant] 23 1.04230487E-01 # ms [irrelevant] 24 1.27183378E+00 # mc [irrelevant] Block MASS # Mass spectrum 24 8.03773317e+01 # W [1L] 25 1.25712136e+02 # h0 [irrelevant] 35 1.50002058e+03 # H0 [irrelevant] 36 1.50000000e+03 # A0 [2L] 37 1.50241108e+03 # H+ [irrelevant] 1000021 2.27707784e+03 # ~g [irrelevant] 1000022 2.01611468e+02 # neutralino(1) [1L] 1000023 4.10040273e+02 # neutralino(2) [1L] 1000024 4.09989890e+02 # chargino(1) [1L] 1000025 -5.16529941e+02 # neutralino(3) [1L] 1000035 5.45628749e+02 # neutralino(4) [1L] 1000037 5.46057190e+02 # chargino(2) [1L] 1000001 7.06303219e+03 # ~d_L [irrelevant] 1000002 7.06271372e+03 # ~u_L [irrelevant] 1000003 7.06305914e+03 # ~s_L [irrelevant] 1000004 7.06274067e+03 # ~c_L [irrelevant] 1000005 7.10826650e+03 # ~b_1 [irrelevant] 1000006 7.16237728e+03 # ~t_1 [irrelevant] 1000011 5.25167746e+02 # ~e_L [irrelevant] 1000012 5.18841083e+02 # ~nu_e_L [irrelevant] 1000013 5.25187016e+02 # ~mu_L [1L] 1000014 5.18860573e+02 # ~nu_mu_L [1L] 1000015 3.00151415e+03 # ~tau_1 [irrelevant] 1000016 3.00880751e+03 # ~nu_tau_L [irrelevant] 2000001 7.04938393e+03 # ~d_R [irrelevant] 2000002 7.05136356e+03 # ~u_R [irrelevant] 2000003 7.04943468e+03 # ~s_R [irrelevant] 2000004 7.05136702e+03 # ~c_R [irrelevant] 2000005 7.16151312e+03 # ~b_2 [irrelevant] 2000006 7.19205727e+03 # ~t_2 [irrelevant] 2000011 5.05054724e+02 # ~e_R [irrelevant] 2000013 5.05095249e+02 # ~mu_R [1L] 2000015 3.01426808e+03 # ~tau_2 [irrelevant] Block HMIX Q= 1.00000000e+03 1 4.89499929e+02 # mu(Q) MSSM DRbar [initial guess] 2 3.93371545e+01 # tan(beta)(Q) MSSM DRbar Feynman gauge [1L] Block MSOFT Q= 1.00000000e+03 # MSSM DRbar SUSY breaking parameters 1 2.00000000e+02 # M_1(Q) [initial guess] 2 4.00000000e+02 # M_2(Q) [initial guess] 3 2.00000000e+03 # M_3(Q) [2L] 31 5.00000000e+02 # meL(Q) [2L] 32 5.00000000e+02 # mmuL(Q) [irrelevant] 33 3.00000000e+03 # mtauL(Q) [2L] 34 4.99999999e+02 # meR(Q) [2L] 35 4.99999999e+02 # mmuR(Q) [initial guess] 36 3.00000000e+03 # mtauR(Q) [2L] 41 7.00000000e+03 # mqL1(Q) [2L] 42 7.00000000e+03 # mqL2(Q) [2L] 43 6.99999999e+03 # mqL3(Q) [2L] 44 7.00000000e+03 # muR(Q) [2L] 45 7.00000000e+03 # mcR(Q) [2L] 46 6.99999999e+03 # mtR(Q) [2L] 47 7.00000000e+03 # mdR(Q) [2L] 48 7.00000000e+03 # msR(Q) [2L] 49 7.00000000e+03 # mbR(Q) [2L] Block AU Q= 1.00000000e+03 3 3 1.57871614e-05 # At(Q) [2L] Block AD Q= 1.00000000e+03 3 3 8.99561673e-06 # Ab(Q) [2L] Block AE Q= 1.00000000e+03 2 2 2.84230475e-06 # Amu(Q) MSSM DR-bar [1L] 3 3 3.02719242e-06 # Atau(Q) [2L]

MSSM GM2Calc-specific input

Please provide the GM2Calc-specific input in the following text field:

2HDM input

Please provide the 2HDM-specific input in the following text field:

Block GM2CalcConfig 0 1 # output format (0 = minimal, 1 = detailed, # 2 = NMSSMTools, 3 = SPheno, 4 = GM2Calc) 1 2 # loop order (0, 1 or 2) 3 0 # force output (0 or 1) 4 0 # verbose output (0 or 1) 5 1 # calculate uncertainty (0 or 1) 6 1 # running couplings in the THDM Block SMINPUTS 1 1.27934000E+02 # alpha_em(MZ)^(-1) SM MS-bar 3 0.1184 # alpha_s(MZ) SM MS-bar [2L] 4 9.11876000E+01 # MZ(pole) [1L] 5 4.18000000E+00 # mb(mb) SM MS-bar [2L] 6 1.73340000E+02 # mtop(pole) [2L] 7 1.77700000E+00 # mtau(pole) [2L] 8 0.00000000E+00 # mnu3(pole) [irrelevant] 9 8.03773317E+01 # mW(pole) [1L] 11 0.000510998928 # melectron(pole) [2L] 12 0.00000000E+00 # mnu1(pole) [irrelevant] 13 0.1056583715 # mmuon(pole) [1L] 14 0.00000000E+00 # mnu2(pole) [irrelevant] 21 4.76052706E-03 # md(2 GeV) [2L] 22 2.40534062E-03 # mu(2 GeV) [2L] 23 1.04230487E-01 # ms(2 GeV) [2L] 24 1.27183378E+00 # mc(2 GeV) [2L] Block GM2CalcInput 33 125.09 # SM Higgs boson mass [1L] Block VCKMIN # CKM matrix in Wolfenstein parametrization 1 0.2257 # lambda 2 0.814 # A 3 0.135 # rho-bar 4 0.349 # eta-bar Block MINPAR # model parameters 3 3 # tan(beta) 16 0.2 # lambda_6 17 0.1 # lambda_7 18 40000 # m_{12}^2 20 0.995 # sin(beta - alpha) 21 0 # zeta_u 22 0 # zeta_d 23 0 # zeta_l 24 2 # Yukawa type (1, 2, 3, 4, 5, 6 = general) Block MASS # Higgs masses 25 100 # mh, lightest CP-even Higgs 35 400 # mH, heaviest CP-even Higgs 36 420 # mA, CP-odd Higgs 37 440 # mH+, charged Higgs Block GM2CalcTHDMDeltauInput 1 1 0 # Re(Deltau(1,1)) 1 2 0 # Re(Deltau(1,2)) 1 3 0 # Re(Deltau(1,3)) 2 1 0 # Re(Deltau(2,1)) 2 2 0 # Re(Deltau(2,2)) 2 3 0 # Re(Deltau(2,3)) 3 1 0 # Re(Deltau(3,1)) 3 2 0 # Re(Deltau(3,2)) 3 3 0 # Re(Deltau(3,3)) Block GM2CalcTHDMDeltadInput 1 1 0 # Re(Deltad(1,1)) 1 2 0 # Re(Deltad(1,2)) 1 3 0 # Re(Deltad(1,3)) 2 1 0 # Re(Deltad(2,1)) 2 2 0 # Re(Deltad(2,2)) 2 3 0 # Re(Deltad(2,3)) 3 1 0 # Re(Deltad(3,1)) 3 2 0 # Re(Deltad(3,2)) 3 3 0 # Re(Deltad(3,3)) Block GM2CalcTHDMDeltalInput 1 1 0 # Re(Deltal(1,1)) 1 2 0 # Re(Deltal(1,2)) 1 3 0 # Re(Deltal(1,3)) 2 1 0 # Re(Deltal(2,1)) 2 2 0 # Re(Deltal(2,2)) 2 3 0 # Re(Deltal(2,3)) 3 1 0 # Re(Deltal(3,1)) 3 2 0 # Re(Deltal(3,2)) 3 3 0 # Re(Deltal(3,3)) Block GM2CalcTHDMPiuInput 1 1 0 # Re(Piu(1,1)) 1 2 0 # Re(Piu(1,2)) 1 3 0 # Re(Piu(1,3)) 2 1 0 # Re(Piu(2,1)) 2 2 0 # Re(Piu(2,2)) 2 3 0 # Re(Piu(2,3)) 3 1 0 # Re(Piu(3,1)) 3 2 0 # Re(Piu(3,2)) 3 3 0 # Re(Piu(3,3)) Block GM2CalcTHDMPidInput 1 1 0 # Re(Pid(1,1)) 1 2 0 # Re(Pid(1,2)) 1 3 0 # Re(Pid(1,3)) 2 1 0 # Re(Pid(2,1)) 2 2 0 # Re(Pid(2,2)) 2 3 0 # Re(Pid(2,3)) 3 1 0 # Re(Pid(3,1)) 3 2 0 # Re(Pid(3,2)) 3 3 0 # Re(Pid(3,3)) Block GM2CalcTHDMPilInput 1 1 0 # Re(Pil(1,1)) 1 2 0 # Re(Pil(1,2)) 1 3 0 # Re(Pil(1,3)) 2 1 0 # Re(Pil(2,1)) 2 2 0 # Re(Pil(2,2)) 2 3 0 # Re(Pil(2,3)) 3 1 0 # Re(Pil(3,1)) 3 2 0 # Re(Pil(3,2)) 3 3 0 # Re(Pil(3,3))