FeynRules

A Mathematica package to calculate Feynman rules

FeynRules is a Mathematica® package that allows the calculation of Feynman rules in momentum space for any QFT physics model. The user needs to provide FeynRules with the minimal information required to describe the new model, contained in the so-called model-file. This information is then used to calculate the set of Feynman rules associated with the Lagrangian. The Feynman rules calculated by the code can then be used to implement the new physics model into other existing tools, such as MC generators. This is done via a set of interfaces which are developed together and maintained by the corresponding MC authors.

FeynRules 2.0

• Download FeynRules 2.0
• New features relative to FeynRules 1.0
  • Support for two-component Weyl fermion notation.
  • Support for spin-3/2 and spin-2 fields.
  • Support for superspace notation and calculations.
  • Automatic mass diagonalization.
  • Automatic generation of FeynArts generic files.
  • New Universal FeynRules Output (UFO) interface.
  • New Whizard interface.
  • Automatic calculation of 1 to 2 decays.
  • Speed and efficiency improvements.
  • New web-based validation.

Manual

• Download locally (includes a table of contents)
• ​Download from arXiv
• Up-to-date for FeynRules 2.0

Model Database

• Go to model database
  • Simple extensions of the Standard Model
  • Supersymmetric models
  • Extra-dimensional models
  • Strongly coupled and effective field theory models

Talks

• Go to talks
  • Talks
  • Lectures
  • Tutorials

Papers

Please cite the publications for the components you use. Thank you!

• ​FeynRules 2.0 Manual
  • Title : FeynRules 2.0 - A complete toolbox for tree-level phenomenology
  • Authors : Alloul, Christensen, Duhr, Degrande, Fuks
  • ​arXiv:1310.1921
• ​Contribution to the 15th International Workshop on advanced computing and analysis techniques (ACAT 2013), 16-21 May 2013, Beijing, China
  • Title : New developments in FeynRules
  • Authors : Alloul, Christensen, Duhr, Degrande, Fuks
  • ​arXiv:1309.7806
• ​Spin-3/2
  • Title : Simulating spin-3/2 particles at colliders
  • Authors : Christensen, de Aquino, Deutschmann, Duhr, Fuks, Garcia-Cely, Mattelaer, Mawatari, Oexl and Takaesu
  • ​European Physics Journal C73 (2013) 2580
  • ​arXiv:1308.1668
• ​Automatic Mass Diagonalization
  • Title : Automated mass spectrum generation for new physics
  • Authors : Alloul, D'Hondt, De Causmaecker, Fuks and de Traubenberg
  • ​European Physics Journal C73 (2013) 2325
  • ​arXiv:1301.5932
• ​FeynRules Tutorial
  • Title : From Lagrangians to Events: Computer Tutorial at the MC4BSM-2012 Workshop
  • Authors : Ask, Christensen, Duhr, Grojean, Hoeche, Matchev, Mattelaer, Mrenna, Papaefstathiou, Park, Perelstein and Skands
  • ​arXiv:1209.0297
• ​Web Validation
  • Title : Les Houches 2011: Physics at TeV Colliders New Physics Working Group Report
  • Authors : Brooijmans, et. al
  • ​arXiv:1203.1488
• ​Universal Feynrules Output (UFO)
  • Title : UFO - The Universal FeynRules Output
  • Authors : Degrande, Duhr, Fuks, Grellscheid, Mattelaer and Reiter
  • ​Computer Physics Communication 183 (2012) 1201-1214
  • ​arXiv:1108.2040
• ​Superspace Support
  • Title : A superspace module for the FeynRules package
  • Authors : Duhr and Fuks
  • ​Computer Physics Communication 182 (2011) 2404-2426
  • ​arXiv:1102.4191
• ​Whizard Interface
  • Title : Introducing an interface between WHIZARD and FeynRules
  • Authors : Christensen, Duhr, Fuks, Reuter and Speckner
  • ​European Journal C72 (2012) 1990
  • ​arXiv:1010.3251
• ​CalcHEP, FeynArts and Sherpa Interfaces and Validation
  • Title : A Comprehensive approach to new physics simulations
  • Authors : Christensen, de Aquino, Degrande, Duhr, Fuks, Herquet, Maltoni and Schumann.
  • ​European Physics Journal C71 (2011) 1514
  • ​arXiv:0906.2474
• ​FeynRules Core and 1.0 Manual
  • Title : FeynRules - Feynman rules made easy
  • Authors : Christensen and Duhr
  • ​Computer Physics Communications 180 (2009) 1614-1641
  • ​arXiv:0806.4194

Interfaces

• CalcHep/CompHEP
• FeynArts
• MadGraph
• Sherpa
• Whizard/Omega
• ASperge

Development Area

• Development

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