# generated on Thu Jun 1 10:07:29 AM CEST 2023 # /scratch/alhuss/ihixs/build/ihixs --with_a_s_error true --Etot 13600.0 --m_higgs 125.09 --mur 62.54500000000000000000 --muf 62.54500000000000000000 -i run3.card -o ./data/13.6__125.09.out * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ihixs 2.0 * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * Check scientific: 3.04e-07 and 10203.412 Computing N3LO cross section in the Effective Field Theory approach computing gg channel computing qg channel computing qqbar channel computing qq channel computing q1q2 channel Computing NLO exact t+b+c computing gg channel computing qg channel computing qqbar channel Computing NLO exact t computing gg channel computing qg channel computing qqbar channel Computing NLO exact t+b computing gg channel computing qg channel computing qqbar channel Computing NLO exact t+c computing gg channel computing qg channel computing qqbar channel Computing NLO exact b computing gg channel computing qg channel computing qqbar channel Computing NLO exact c computing gg channel computing qg channel computing qqbar channel Computing NLO exact b+c computing gg channel computing qg channel computing qqbar channel Computing NNLO 1/mt terms computing gg channel computing qg channel Scale variation: Computing N3LO cross section at mu = 0.4 * mh computing gg channel computing qg channel computing qqbar channel computing qq channel computing q1q2 channel Scale variation: Computing N3LO cross section at mu = 1 mh computing gg channel computing qg channel computing qqbar channel computing qq channel computing q1q2 channel Computing PDF error with PDF4LHC21_40 which has 41 members Description : The PDF4LHC21 Hessian 40 set, 3-loop QCD, alphas(MZ)=0.118, large-x positivity. 1+40 symmetric eigenvector sets at alphas(MZ)=0.118 Data version : 1 Uncertainty type : symmhessian computing gg channel computing qg channel computing qqbar channel computing qq channel computing q1q2 channel Computing eft cross section with a_s + delta(a_s) computing gg channel computing qg channel computing qqbar channel computing qq channel computing q1q2 channel Computing eft cross section with a_s - delta(a_s) computing gg channel computing qg channel computing qqbar channel computing qq channel computing q1q2 channel ------------------------------------------------- Result mur = 6.25450000e+01 muf = 6.25450000e+01 R_LO = 1.06284471e+00 R_LO*eftlo = 1.70652775e+01 [1.65225029e-03] R_LO*eftnlo = 3.93823839e+01 [2.16328386e-03] R_LO*eftnnlo = 4.96315202e+01 [5.09358342e-03] R_LO*eftn3lo = 5.13639502e+01 [1.29150974e-02] ew rescaled = 2.53904570e+00 [6.76929891e-04] exact LO t+b+c = 1.58172499e+01 [1.53141697e-03] exact NLO t+b+c = 3.71738594e+01 [4.99897236e-03] exact LO t = 1.70652775e+01 [1.65225029e-03] exact NLO t = 3.91095350e+01 [4.87279629e-03] NLO quark mass effects = -2.20852450e+00 [5.44697363e-03] exact LO t+b = 1.59399974e+01 [1.54330131e-03] exact NLO t+b = 3.73750638e+01 [4.96848310e-03] exact LO t+c = 1.69346086e+01 [1.63959900e-03] exact NLO t+c = 3.88778332e+01 [4.88833094e-03] exact LO b = 4.50360527e-02 [4.36036454e-06] exact NLO b = 1.07596430e-01 [1.02511912e-05] exact LO c = 3.69207765e-04 [3.57464820e-08] exact NLO c = 9.50259282e-04 [1.30835657e-07] exact LO b+c = 5.33266602e-02 [5.16305636e-06] exact NLO b+c = 1.28414852e-01 [1.25005119e-05] NNLO top mass effects = 3.72443705e-01 [4.78909313e-03] Higgs XS = 5.20669151e+01 [1.48277749e-02] delta_tbc = 4.30728044e-01 [4.60545088e-03] delta_tbc % = 8.27258620e-01 [8.84839083e-03] delta(1/m_t) = 5.20669151e-01 [1.48277749e-04] delta(1/m_t) % = 1.00000000e+00 [0.00000000e+00] delta EW = 5.20669151e-01 [1.48277749e-04] delta EW % = 1.00000000e+00 [0.00000000e+00] delta(scale)+ = 1.44143440e-01 delta(scale)- = -1.27471776e+00 delta(scale)+(%) = 2.80631532e-01 delta(scale)-(%) = -2.48173623e+00 deltaPDF+ = 8.44347110e-01 deltaPDF- = 8.44347110e-01 deltaPDFsymm = 8.44347110e-01 deltaPDF+(%) = 1.64377705e+00 deltaPDF-(%) = 1.64377705e+00 delta(as)+ = 1.07762445e+00 delta(as)- = -7.92513781e-01 delta(as)+(%) = 2.09801709e+00 delta(as)-(%) = -1.54293776e+00 Theory Uncertainty + = 1.61818253e+00 [4.63007445e-03] Theory Uncertainty - = -2.76422984e+00 [4.67385465e-03] Theory Uncertainty % + = 3.10789015e+00 [8.84839083e-03] Theory Uncertainty % - = -5.30899485e+00 [8.84839083e-03] delta(PDF+a_s) + = 1.38772529e+00 [3.95200641e-04] delta(PDF+a_s) - = -1.17383586e+00 [-3.34288558e-04] delta(PDF+a_s) + % = 2.66527273e+00 [0.00000000e+00] delta(PDF+a_s) - % = -2.25447553e+00 [0.00000000e+00] Total Uncertainty + = 3.00590782e+00 [4.64691005e-03] Total Uncertainty - = -3.93806570e+00 [4.68579407e-03] Total Uncertainty + % = 5.77316288e+00 [8.84839083e-03] Total Uncertainty - % = -7.56347038e+00 [8.84839083e-03] ------------------------------------------------- Higgs_XS = 52.066915 +3.006(5.8%) -3.938(-7.6%) note: Writing output at ./data/13.6__125.09.out