Changes between Version 8 and Version 9 of WZPrimeAtNLO
 Timestamp:
 01/19/17 19:55:04 (10 months ago)
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WZPrimeAtNLO
v8 v9 30 30 \end{eqnarray} 31 31 }}} 32 Here, {{{ $i$}}} and {{{$j$}}} denote flavor indices, P,,L/R,,32 Here, {{{i}}} and {{{j}}} denote flavor indices, P,,L/R,, 33 33 are the usual left/righthanded chirality projectors, V^CKM^ is the CKM matrix, 34 and {{{ $g$}}} and {{{$\theta_W$}}} are the weak coupling constant and mixing angle respectively.35 We choose coupling normalizations facilitating the mapping to the reference Sequential Standard Model (SSM) Lagrangian {{{ ${\cal L}_{\rm SSM}$}}} [ [#Altarelli 3] ].36 The realvalued quantities {{{ $\kappa_{L,R}^q$}}} and {{{$\zeta_{L,R}^q$}}}34 and {{{g}}} and {{{\theta_W}}} are the weak coupling constant and mixing angle respectively. 35 We choose coupling normalizations facilitating the mapping to the reference Sequential Standard Model (SSM) Lagrangian {{{{\cal L}_{\rm SSM}}}} [ [#Altarelli 3] ]. 36 The realvalued quantities {{{\kappa_{L,R}^q}}} and {{{\zeta_{L,R}^q}}} 37 37 serve as overall normalization of the new interactions relative to the strength of the weak coupling constant. 38 38 39 The interactions involving charged lepton $\ell$ and massless neutrino $\nu_\ell$fields are parametrized by39 The interactions involving charged lepton \ell and massless neutrino \nu_\ell fields are parametrized by 40 40 {{{ 41 41 #!latex … … 52 52 \end{eqnarray} 53 53 }}} 54 The quantities {{{ $\kappa_L^\ell$}}} are realvalued and serve as normalizations for54 The quantities {{{\kappa_L^\ell}}} are realvalued and serve as normalizations for 55 55 leptonic coupling strengths. As no righthanded neutrinos are present in the SM, the corresponding 56 righthanded leptonic new physics couplings are omitted ({{{ $\zeta_R^\nu = \kappa_R^\ell = 0$}}}).56 righthanded leptonic new physics couplings are omitted ({{{\zeta_R^\nu = \kappa_R^\ell = 0}}}). 57 57 58 58 From our general Lagrangians, the SSM limit is obtained by imposing the coupling strengths to be equal to the SM weak couplings up to an overall normalization factor: … … 127 127 * Please cite [3,4] for the model file, [4,5] for NLO corrections, and [6] for automated veto resummation. 128 128 129 [=#Gopalakrishna] [1] S. Gopalakrishna, T. Han, I. Lewis, Z.G. Si and Y. F. Zhou, ''Chiral Couplings of {{{ $W'$}}} and Top Quark Polarization at the LHC,'' PRD'''82''', 115020 (2010) arXiv:1008.3508 [hepph]129 [=#Gopalakrishna] [1] S. Gopalakrishna, T. Han, I. Lewis, Z.G. Si and Y. F. Zhou, ''Chiral Couplings of {{{W'}}} and Top Quark Polarization at the LHC,'' PRD'''82''', 115020 (2010) arXiv:1008.3508 [hepph] 130 130 131 [=#Han] [2] T. Han, I. Lewis, R. Ruiz and Z.G. Si, ''Lepton Number Violation and {{{ $W^\prime$}}} Chiral Couplings at the LHC,'' PRD'''87''', no. 3, 035011 (2013) arXiv:1211.6447 [hepph]131 [=#Han] [2] T. Han, I. Lewis, R. Ruiz and Z.G. Si, ''Lepton Number Violation and {{{W'}}} Chiral Couplings at the LHC,'' PRD'''87''', no. 3, 035011 (2013) arXiv:1211.6447 [hepph] 132 132 133 [=#Altarelli] [3] G. Altarelli, B. Mele and M. RuizAltaba, ''Searching for New Heavy Vector Bosons in $p \bar{p}$Colliders,'' Z. Phys. C'''45''', 109 (1989), doi:10.1007/BF01556677133 [=#Altarelli] [3] G. Altarelli, B. Mele and M. RuizAltaba, ''Searching for New Heavy Vector Bosons in p \bar{p} Colliders,'' Z. Phys. C'''45''', 109 (1989), doi:10.1007/BF01556677 134 134 135 [=#Fuks] [4] B. Fuks, R. Ruiz, ''A Comprehensive Framework for Studying {{{ $W'$}}} and {{{$Z'$}}} Bosons at Hadron Colliders with Automated Jet Veto Resummation,'' arXiv:1701.xxxx [hepph]135 [=#Fuks] [4] B. Fuks, R. Ruiz, ''A Comprehensive Framework for Studying {{{W'}}} and {{{Z'}}} Bosons at Hadron Colliders with Automated Jet Veto Resummation,'' arXiv:1701.xxxx [hepph] 136 136 137 [=#Sullivan] [5] Z. Sullivan, ''Fully differential {{{ $W'$}}} production and decay at nexttoleading order in QCD,'' PRD'''66''', 075011 (2002), arXiv:hepph/0207290137 [=#Sullivan] [5] Z. Sullivan, ''Fully differential {{{W'}}} production and decay at nexttoleading order in QCD,'' PRD'''66''', 075011 (2002), arXiv:hepph/0207290 138 138 139 [=#Becher] [6] T. Becher, R. Frederix, M. Neubert and L. Rothen, ''Automated NNLL $+$NLO resummation for jetveto cross sections,'' EPJC'''75''', no. 4, 154 (2015) arXiv:1412.8408 [hepph]139 [=#Becher] [6] T. Becher, R. Frederix, M. Neubert and L. Rothen, ''Automated NNLL + NLO resummation for jetveto cross sections,'' EPJC'''75''', no. 4, 154 (2015) arXiv:1412.8408 [hepph] 140 140