Version 1 (modified by 14 years ago) ( diff ) | ,
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The Next-To-Minimal Supersymmetric Standard Model
Author
- IPHC Strasbourg / University of Strasbourg
- fuks@…
Description of the model & references
Model files
Sepcific instructions
- The switch FeynmanGauge allows to choose between Feynman and unitarity gauge.
- The flags $CKMDiag and $MNSDiag, being set to True or False, allow for CKM and PMNS matrices different from the identity or not.
- A parameter file must be loaded before running the model, or all the parameters would have a value of -1 (ReadLHAFile[Input->"myfile"]).
Optimized matrix element generator models for sps1a (removal of all zero terms in the vertices) and TeX interface output
file | The model files for CalcHep. |
file | The model files for FeynArts. |
file | The model files for MadGraph 4. |
file | The model files in UFO format (e.g. for MadGraph 5). |
file | The model files for Whizard. |
file | LaTeX output. |
The Sherpa interface is not supported.
Validation
Attachments (12)
-
p1_tex.tgz
(12.4 KB
) - added by 14 years ago.
Output of the TeX interface
-
valid.dat
(22.4 KB
) - added by 14 years ago.
Paramcard used for the validation of the old NMSSM implementation
-
validation.tgz
(2.1 MB
) - added by 14 years ago.
Results for the validation of the old NMSSM implementation
-
NMSSM.nb
(13.0 KB
) - added by 14 years ago.
Example notebook for the NMSSM
-
p1.dat
(22.2 KB
) - added by 14 years ago.
ParamCard for the p1 benchmark point
-
p1_wo.dat
(22.2 KB
) - added by 14 years ago.
ParamCard for the p1 benchmark point compatible with Whizard
-
p1_ch.tgz
(89.7 KB
) - added by 14 years ago.
CalcHep model files for the p1 point
-
p1_mg.tgz
(92.8 KB
) - added by 14 years ago.
MadGraph model files for the p1 point
-
p1_wo.tgz
(110.1 KB
) - added by 14 years ago.
Whizard model files for the p1 point
-
p1_fa.tgz
(32.2 KB
) - added by 13 years ago.
FeynArts model files for the p1 point
-
nmssm.fr
(49.3 KB
) - added by 11 years ago.
NMSSM FR model file
-
p1_ufo.tgz
(85.7 KB
) - added by 11 years ago.
NMSSM UFO files for the benchmark point p1
Note:
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