Changes between Version 1 and Version 2 of MC4BSM2013

Timestamp:

Apr 18, 2013, 7:04:46 PM (13 years ago)

Author:

Priscila de Aquino

Comment:

--

MC4BSM2013

@@ -106 +106 @@
    check p p > a a 
 }}}
-
-  * '''Generation of events (Decay done in pythia)'''
-{{{
-   import model MODELNAME
-   generate p p  > a a
-   output
-   launch
-}}}    
-    One of the questions will be to ask you if you want to edit the param_card. At this stage, you can enter the path of the previously created param_card.dat.
  
   * '''Generation of events (Decay done in MG5)'''
@@ -122 +113 @@
     help generate
 }}}
-    Solution in attachments.
 
+== Playing with the Higgs Characterization model ==
 
+  * '''The model'''
+Get familiarised with the model, check the particles available to play the role of a resonance and their interactions.
+{{{
+   import model HiggsCharact_UFO
+   display particles
+   display interactions X
+}}}
+
+Download the '''UFO model''' for the Higgs characterization here: https://feynrules.irmp.ucl.ac.be/wiki/HiggsCharacterization
+
+ * '''Parton-level event generation'''
+1) Try to generate events for different spin/parity options for di-photon final state. What is the diference between 
+{{{
+   generate p p > X , X > a a
+}}}
+and
+{{{ 
+   generate p p > a a
+}}}
+Check the diagrams.
+
+2) Generate events for a resonance with different parity but same spin (e.g. spin0+, spin0-). Choose parameters properly.
+
+3) Use the matching-scheme within MG5 for p p > x2 + 0,1,2-jets @ 14TeV. Check your DJR plots. Is the matching working properly? 
+''For this, you should have MadAnalysis and pythia installed within the MG5 interface.  To instal simply:''
+{{{
+   install MadAnalysis
+   install pythia-pgs
+}}}