Changes between Version 11 and Version 12 of TechniColor
 Timestamp:
 11/30/10 14:45:29 (10 years ago)
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TechniColor
v11 v12 43 43 * Phys. Rev. D72:055001, 2005 [http://arxiv.org/abs/hepph/0505059]  D.D. Dietrich, F. Sannino, K. Tuominen ''Light composite Higgs from higher representations versus electroweak precision measurements: Predictions for CERN LHC''. 44 44 * Phys. Rev. D 75, 085018 (2007) [http://arxiv.org/abs/hepph/0611341]  D. D. Dietrich and F. Sannino, ''Conformal window of SU(N) gauge theories with fermions in higher dimensional representations''. Note that the original name was ''Walking in the SU(N)''. 45 * For the construction at the Lagrangian level of the terms involving the spacetime epsilon tensor – representing the correct generalization of the WessZuminoWitten topological term – involving massive spin one fields see Acta Phys. Polon. B40:35333743, 2009. 46 * [http://arxiv.org/abs/0911.0931] – F. Sannino, ''Conformal Dynamics for TeV Physics and Cosmology''. 45 * For the construction at the Lagrangian level of the terms involving the spacetime epsilon tensor – representing the correct generalization of the WessZuminoWitten topological term – involving massive spin one fields see Acta Phys. Polon. B40:35333743, 2009; [http://arxiv.org/abs/0911.0931] – F. Sannino, ''Conformal Dynamics for TeV Physics and Cosmology''. 47 46 48 47 … … 50 49 === Model files === 51 50 52 * AAAAAAAAA.fr is the main !FeynRules file. 53 * BBBBBBBBB.nb is a Mathematica® notebook that can be used to load the MWT FeynRules model. 51 * [/attachment/wiki/TechniColor/MWT_101030.fr MWT_101030.fr] is the main !FeynRules file (last version: 30/10/2010). 52 {{{ 53 #!comment 54 * [/attachment/wiki/TechniColor/MWT.nb MWT.nb] is a Mathematica® notebook that can be used to load the MWT FeynRules model. 55 }}} 54 56 55 57 … … 57 59 === Interfaces and related files === 58 60 59 * '''CalcHEP''': [/attachment/wiki/ MSSM/ch.tgz ch.tgz (12.06.09)], [/attachment/wiki/MSSM/sps1a.ch.tgz sps1a.ch.tgz (08.07.09)].60 * '''!MadGraph''': [/attachment/wiki/ MSSM/mg.tgz mg.tgz (12.06.09)], [/attachment/wiki/MSSM/sps1a.mg.tgz sps1a.mg.tgz (05.07.09)].61 * the calculator needed in !MadGraph in order to generate the param_card.dat for a different set of model parameters.61 * '''CalcHEP''': [/attachment/wiki/TechniColor/MWT_ch.zip (12.06.09)]. 62 * '''!MadGraph''': [/attachment/wiki/TechniColor/MWT_mg.zip (12.06.09)]. 63 * [/attachment/wiki/TechniColor/MWT_Calculator.zip MWT_Calculator.zip]: the calculator needed in !MadGraph in order to generate the param_card.dat for a different set of model parameters. 62 64 63 65 … … 65 67 === Instructions and details === 66 68 67 The model file is loaded as usual. The attached Mathematica® notebook can be used for this task. 69 The model file is loaded as usual. The attached Mathematica® notebook can be used for this task. The implementation supports only unitary gauge. The standard model section has only Cabibbo mixing, and the electron and the muon, as well as the up, down and strange quarks, are taken to be massless. 68 70 69 71 The calculator is needed by the !MadGraph implementation in order to change the parameters of the model. The directory is provided by a README file with the instructions on the usage. … … 88 90 * MH: The mass of the composite Higgs boson. 89 91 * rs: Parametrizes the couplings of the Higgs to the composite spinone states. Expected to be O(1). 90 91 The implementation supports unitary gauge. The standard model section has only Cabibbo mixing, and the electron and the muon, as well as the up, down and strange quarks, are taken to be massless.92 92 93 93 … … 114 114 === Extensions === 115 115 116 * CCCCCCCCC.fris an extension introducing the effective coupling HGG (Higgs + two gluons) arising at loop level.117 * !MadGraph calculator for HGG116 * [/attachment/wiki/TechniColor/HiggsEffective.fr HiggsEffective.fr] is an extension introducing the effective coupling HGG (Higgs + two gluons) arising at loop level. 117 * [/attachment/wiki/TechniColor/MWT_HEC_Calculator.zip MWT_HEC_Calculator.zip]: the MWT parameters calculator for !MadGraph extended so to include the Higgs effective coupling to two gluons. 118 118 119 '''This file has to be loaded together with the MWT.fr.''' 119 !HiggsEffective.fr has to be loaded together with the FeynRules file for the MWT model, i.e. using the command {{{LoadModel[HiggsEffective.fr, MWT.fr]}}} where MWT.fr indicates the name of the MWT model file. 120 The value of the effective coupling coincides with the full one loop result, and depends on the values assumed by the other parameters of the model. For practical reasons though the effective coupling is introduced as an external parameter. Anyway its value doesn't need to be introduced at the Lagrangian level (i.e. in the FeynRules file) but will be calculated by the modified calculator for MadGraph, that computes its value based on the full one loop result. Therefore this extension can be used currently only with MadGraph. Note that the effective coupling is independent of the new dynamics because the Higgsfermions couplings are not modified in the MWT implementation respect to the SM.