Changes between Version 5 and Version 6 of MDMmodel


Ignore:
Timestamp:
06/21/14 16:18:08 (6 years ago)
Author:
Liang
Comment:

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  • MDMmodel

    v5 v6  
    3030
    3131'''Model files'''
    32  * [wiki:MDM.fr MDM.fr ]: the main model file.
    33  * [wiki:MDM.nb MDM.nb]: the example of Mathematica notebook that loads the model, calculates the Feynman rules and extracts the model files within the CalcHEP output and the UFO output.
    34  * [wiki:Minimal-Dilaton-Model-CH.tar.gz Minimal-Dilaton-Model-CH.tar.gz]: the model files within the CalcHEP output.
    35  * [wiki:Minimal_Dilaton_Model_UFO.tar.gz Minimal_Dilaton_Model_UFO.tar.gz]: the model files within the UFO output.
     32 * [htdocs:MDM.fr MDM.fr ]: the main model file.
     33 * [htdocs:MDM.nb MDM.nb]: the example of Mathematica notebook that loads the model, calculates the Feynman rules and extracts the model files within the CalcHEP output and the UFO output.
     34 * [htdocs:Minimal-Dilaton-Model-CH.tar.gz Minimal-Dilaton-Model-CH.tar.gz]: the model files within the CalcHEP output.
     35 * [htdocs:Minimal_Dilaton_Model_UFO.tar.gz Minimal_Dilaton_Model_UFO.tar.gz]: the model files within the UFO output.
    3636
    3737Notes:
     
    5151'''Validation'''
    5252
    53 The Feynman rules were computed by hand and compared with the [http://feynrules.irmp.ucl.ac.be/ FeynRules] vertices and found to agree. Furthermore, the three main partial decay widths of top partner were calculated by hand, compared with the numerical results both in CalcHEP with Feynman gauge and Unitary gauge and in MadGraph with Unitary gauge, and found to agree. We . Moreover, the hermiticity of the Lagrangian was tested at the Feynman rules level.
     53The Feynman rules were computed by hand and compared with the [http://feynrules.irmp.ucl.ac.be/ FeynRules] vertices and found to agree. Furthermore, the three main partial decay widths of top partner were calculated by hand, compared with the numerical results both in [http://theory.sinp.msu.ru/~pukhov/calchep.html/ CalcHEP] with Feynman gauge and Unitary gauge and in [http://madgraph.hep.uiuc.edu/ MadGraph] with Unitary gauge, and found to agree. We have uploaded our model file in the [http://feynrules.phys.ucl.ac.be/validation/ FeynRules validation web] and checked our model file. Moreover, the hermiticity of the Lagrangian was tested at the Feynman rules level.
    5454
    5555