Changes between Version 5 and Version 6 of TypeIISeesaw


Ignore:
Timestamp:
11/07/19 04:11:00 (11 months ago)
Author:
BenjF
Comment:

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  • TypeIISeesaw

    v5 v6  
    1 = {{{TypeIISeesaw}}}: Canonical type II seesaw at NLO in QCD =
     1= {{{TypeIISeesaw}}}: Canonical type II Seesaw at NLO in QCD =
    22
    3 === Contact information ===
     3=== Contact Information ===
    44Implementation author:
    55Benjamin Fuks
     
    99In collaboration with Miha Nemevšek and Richard Ruiz. See arXiv:1911.NNNNN [hep-ph].
    1010
    11 === Model Description ===
     11=== Model Description and FeynRules Implementation ===
    1212
    1313We extend the Standard Model by adding a scalar field lying in the adjoint representation of the weak groupe Δ with an hypercharge equals to 1.  After electroweak symmetry breaking, this gives rise to one extra CP-even scalar Higgs Δ^0^, one charged scalar Δ^±^ and one doubly-charged scalar Δ^±±^ that are mostly of a triplet nature. The corresponding Lagrangian reads
     
    1818\end{equation}
    1919}}}
    20 where the extra terms respectively represents the gauge-invariant kinetic terms for the triplet, the extra pieces to the scalar potential and the Yukawa interactions giving rise to neutrino masses. The above Lagrangian was implemented in the Feynman Gauge into !FeynRules 2.3.35. QCD renormalization and R2 rational counter terms were determined using MoGRe v1.1, NLOCT v1.02 and !FeynArts 3.9. Feynman rules were collected into a single UFO, available below. In the UFO file, five massless quarks are assumed as are zero off-diagonal CKM matrix entries.
     20where the extra terms respectively represents the gauge-invariant kinetic terms for the triplet, the extra pieces to the scalar potential and the Yukawa interactions giving rise to neutrino masses. The above Lagrangian was implemented in the Feynman Gauge into !FeynRules 2.3.35. QCD renormalization and R,,2,, rational counterterms were determined using [/raw-attachment/wiki/MSSMatNLO/MoGRe_v1.1.m MoGRe v1.1], NLOCT v1.02 and !FeynArts 3.9. Feynman rules were collected into a single UFO, available below. In the [/raw-attachment/wiki/TypeIISeesaw/typeII_4FNS_v1_1.ufo.tgz UFO model], four massless quarks are assumed as are zero off-diagonal CKM matrix entries.
    2121These additions permit tree-level calculations at LO and NLO in QCD and loop-induced calculations at LO in QCD using MadGraph_aMC@NLO.
     22
     23=== Model Files (and more) ===
     24
     25 * [/raw-attachment/wiki/MSSMatNLO/type_ii.fr type_ii.fr]: The !FeynRule Type II Seesaw implementation (version 1.1) to be used with a reduced SM implementation (only modified SM parts are included in type_ii.fr).
     26 * [/raw-attachment/wiki/MSSMatNLO/sm_reduced.fr sm_reduced.fr]: Accompanying reduced SM implementation.
     27 * [/raw-attachment/wiki/MSSMatNLO/MoGRe_v1.1.m MoGRe_v1.1.m]: The MoGRe plugin to !FeynRules (version 1.1).
     28 * [/raw-attachment/wiki/TypeIISeesaw/use-MoGre.nb use-MoGre.nb]: Illustrative Mathematica notebook using MoGRe (for NLO UFO generation and counterterm/R,,2,, calculations).
     29 * [/raw-attachment/wiki/TypeIISeesaw/typeII_4FNS_v1_1.ufo.tgz typeII_4FNS_v1_1.ufo.tgz]: Standalone UFO folder.
     30