Author
- Joydeep Roy
- Institute of Theoretical Physics, Beijing
- jdroy@…
Description of the model
To create this vector leptoquark (LQ) model we need to add the extra Lagrangian terms to the usual Standard Model (SM) Lagrangian. These terms include the leptoquark with its coupling to the SM particles and the QCD interaction terms for the LQ production. Therefore the final Lagrangian for this model, as described in Ref. [1] becomes
Model files
The model is loaded by merging the model files SM.fr
and 1.5TeVLQModel.fr
where the second file contains all the properties of 1.5 GeV vector leptoquark used in this model.
- 1.5TeVLQModel.fr: This is the main model file.
- 1.5TeVLQ.zip: The UFO output of the model.
- 15TeVLQ.nb: The Mathematica notebook that loads the model, calculates the Feynman rules and extract the model files within the UFO format.
Reference
[1] Joydeep Roy, Probing leptoquark chirality via top polarization at the Colliders arxiv:1811.12058[hep-ph]
Attachments (5)
-
LQLagrangian.PNG
(6.1 KB
) - added by 6 years ago.
Lagrangian
-
1.5TeVLQModel.fr
(3.4 KB
) - added by 6 years ago.
The main model file
-
15TeVLQ.nb
(138.1 KB
) - added by 6 years ago.
This is an example Mathematica notebook that loads the model and calculates Feynman rules.
-
1.5_TeV_Leptoquark_Model_UFO.zip
(19.0 KB
) - added by 6 years ago.
The UFO output of the model
- 1.5TeVLQ.zip (20.7 KB ) - added by 6 years ago.
Download all attachments as: .zip