| Version 14 (modified by , 9 years ago) ( diff ) |
|---|
Alternative Left-Right Symmetric Model
Model:
Alternative Left-Right Symmetric Model (ALRM)
Author(s):
Mustafa Ashry
Email(s):
mustafa@…
mashry@…
Warnings:
For the CalcHEP files, it is advised to use those uploaded to the page (https://feynrules.irmp.ucl.ac.be/attachment/wiki/ALRM/ALRM_CalcHEP.rar) and not to produce them from the model files. In the later case, there would be a conflict between the string size produced by FeynRules and this permitted by CalcHEP.
Acknowledgements:
Thanks to W. Abdallah; being revised the CalcHEP files and fixed some errors. The author would like to thank W. Abdallah, the late colleague A. Elsayed and A. Moursy for their helpful hints and useful discussions. Thanks to Prof. M. E. Peskin and Dr. B. Fucks for replying the questions and for their guiding notes. The author gratefully acknowledge use of the facilities of the Center for Fundamental Physics (CFP) at Zewail City for Science and Technology.
Attachments (11)
-
ppaa_alrm_sm_reco.png
(11.3 KB
) - added by 5 years ago.
Proton-Proton collision at the LHC Diphotons including Higgs in the ALRM and the SM at the reconstruction/detector level
-
ggaa_alrm_sm_reco.png
(12.7 KB
) - added by 5 years ago.
Gluon-Gluon fusion into Diphotons via Higgs in the ALRM and the SM at the reconstruction/detector level
-
ALRM_LO.fr
(71.3 KB
) - added by 8 months ago.
Model File
-
ALRM_LO_UFO.tar.xz
(186.5 KB
) - added by 8 months ago.
UFO Files
-
ALRM_LO_TeX.tar.xz
(1.8 MB
) - added by 8 months ago.
TeX Files
-
ALRM_LO_CH.tar.xz
(117.6 KB
) - added by 8 months ago.
CALCHEP Files
-
ALRM_LO_FA.tar.xz
(38.1 KB
) - added by 8 months ago.
FEYNARTS Files
-
ALRM_LO_SH.tar.xz
(26.5 KB
) - added by 8 months ago.
SHERPA Files
-
ALRM_LO_MD.tar.xz
(18.8 KB
) - added by 8 months ago.
ASperge Files
-
ALRM_LO_WO.tar.xz
(62.3 KB
) - added by 8 months ago.
WHIZARD Files
-
ALRM_LO.tar.xz
(6.3 MB
) - added by 8 months ago.
This file contains the model file and an example Mathematica® notebook that loads, checks the model, calculates Feynman rules and produces different outputs (UFO, CalcHEP,...). It contains also pdf references files for the model.
