FeynCalc

Feyn Calc - Computer-algebraic calculation of Feynman amplitudes. We present the computer program Feyn Calc for automatic algebraic calculation of Feynman amplitudes. The purpose of the package is to facilitate the process of calculating radiative corrections in renormalizable gauge theories. We have used the program to calculate tree level diagrams as well as 1- and 2-loop corrections in the Standard Model. The package is written in the computer algebra languages Macsyma as well as Mathematica allowing the necessary degree of generality.


References in zbMATH (referenced in 69 articles )

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  1. Borzou, Ahmad: A non-geometrodynamic quantum Yang-Mills theory of gravity based on the homogeneous Lorentz group (2021)
  2. de Giorgi, A.; Vogl, S.: Unitarity in KK-graviton production, a case study in warped extra-dimensions (2021)
  3. Heinrich, Gudrun: Collider physics at the precision frontier (2021)
  4. Katsianis, Georgios; Papadimitriou, Ioannis; Skenderis, Kostas; Taylor, Marika: Supersymmetry anomaly in the superconformal Wess-Zumino model (2021)
  5. Kycia, Radosław A.; Szczurek, Antoni; Lebiedowicz, Piotr: \textscDecay: a Monte Carlo library for the decay of a particle with ROOT compatibility (2021)
  6. Adam Bzowski: TripleK: A Mathematica package for evaluating triple-K integrals and conformal correlation functions (2020) arXiv
  7. Bélusca-Maïto, Hermès; Ilakovac, Amon; Madjor-Božinović, Marija; Stöckinger, Dominik: Dimensional regularization and Breitenlohner-Maison/’t Hooft-Veltman scheme for (\gamma_5) applied to chiral YM theories: full one-loop counterterm and RGE structure (2020)
  8. Cheung, Clifford; Solon, Mikhail P.: Classical gravitational scattering at (\mathcalO(G^3)) from Feynman diagrams (2020)
  9. Denner, Ansgar; Dittmaier, Stefan: Electroweak radiative corrections for collider physics (2020)
  10. Fortes, E. C. F. S.; Machado, A. C. B.; Montaño, J.; Pleitez, V.: Lepton masses and mixing in a scotogenic model (2020)
  11. Goldberger, Walter D.; Rothstein, Ira Z.: Horizon radiation reaction forces (2020)
  12. Huang, Wei-Chih; Ng, Kin-Wang; Yuan, Tzu-Chiang: Circularly polarized gamma rays in effective dark matter theory (2020)
  13. Huber, Markus Q.: Nonperturbative properties of Yang-Mills theories (2020)
  14. Jamshidi, S.; Sepahvand, R.; Dadfar, S.: Production of (\mathrmB_c) meson at NLO (2020)
  15. Moynihan, Nathan: Scattering amplitudes and the double copy in topologically massive theories (2020)
  16. R.A. Kycia, P. Lebiedowicz, A. Szczurek: Decay: A Monte Carlo library for the decay of a particle with ROOT compatibility (2020) arXiv
  17. A. Dedes, M. Paraskevas, J. Rosiek, K. Suxho, L. Trifyllis: SmeftFR - Feynman rules generator for the Standard Model Effective Field Theory (2019) arXiv
  18. Dekens, Wouter; Stoffer, Peter: Low-energy effective field theory below the electroweak scale: matching at one loop (2019)
  19. Fiol, Bartomeu; Martínez-Montoya, Jairo; Fukelman, Alan Rios: Wilson loops in terms of color invariants (2019)
  20. Haisch, Ulrich; Hala, Amando: Sum rules for CP-violating operators of Weinberg type (2019)

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