Changes between Version 217 and Version 218 of ALRM
 Timestamp:
 12/04/19 14:06:27 (6 months ago)
Legend:
 Unmodified
 Added
 Removed
 Modified

ALRM
v217 v218 32 32 Minimization conditions and spectrum relations are all used to express the whole model parameters and spectra in terms of only five independent (external) parameters: ''tanbeta, lambda,,2,,, lambda,,3,,, alpha,,1,,, alpha,,2,,'' and ''mu,,3,,,''. As in any twoHiggs doublet model, e.g., MSSM, ''tanbeta'' is the ratio between two vevs. The parameters ''lambda,,2,,, lambda,,3,,, alpha,,1,,, alpha,,2,,'' are dimensionless potential parameters, while ''mu,,3,,,'' is a dimensionfull potential parameter. 33 33 34 The effective loopinduced ''h>gluongluon'' and ''h>gammagamma'' decays at leading order (LO) were implemented. For the complete pp>gammagamma analysis, '''''Madgraph''''' is used as the monte carlo (MC) event generator (EG), then '''''Pythia''''' is used for parton showering (PS), and for matrix element (ME) and PS merging, and also for hadronization and jet matching. Afterward, '''''Delphes''''' is used as a detector simulator, and '''''Madanalysis''''' is used for event file analysis and in recasting the LHC results. Finally, '''''Root''''' is used to produce the following histogram figures (to be improved):34 The effective loopinduced scalar and pseudoscalr ''higgsgluongluon'' and ''higgsgammagamma'' vertices at leading order (LO) were implemented. For the complete pp>gammagamma analysis, '''''Madgraph''''' is used as the monte carlo (MC) event generator (EG), then '''''Pythia''''' is used for parton showering (PS), and for matrix element (ME) and PS merging, and also for hadronization and jet matching. Afterward, '''''Delphes''''' is used as a detector simulator, and '''''Madanalysis''''' is used for event file analysis and in recasting the LHC results. Finally, '''''Root''''' is used to produce the following histogram figures (to be improved): 35 35 [[Image(https://feynrules.irmp.ucl.ac.be/attachment/wiki/ALRM/ggaa_alrm_sm_reco.png)]] 36 36 [[Image(https://feynrules.irmp.ucl.ac.be/attachment/wiki/ALRM/ppaa_alrm_sm_reco.png)]]