NTGC: NTGC.fr

File NTGC.fr, 3.2 KB (added by Céline Degrande, 8 years ago)
Line 
1(***************************************************************************************************************)
2(****** This is the FeynRules mod-file for the neutral EW boson pair production effective theory ******)
3(****** ******)
4(****** Authors: C. Degrande ******)
5(****** ******)
6(***************************************************************************************************************)
7
8M$ModelName = "NTGCdim8";
9
10
11M$Information = {Authors -> {"C. Degrande"},
12 Version -> "1.1",
13 Date -> "15.08. 2016",
14 Institutions -> {"University of Illinois at Urbana-Champaign"},
15 Emails -> {"cdegrand@illinois.edu"},
16 URLs -> "http://feynrules.phys.ucl.ac.be"};
17
18(*Log*)
19(*v1.1 : correct inversion between CWW and CBB*)
20
21FeynmanGauge = False;
22
23M$InteractionOrderHierarchy = {
24{NP,1}
25}
26
27M$InteractionOrderLimit = {
28{NP,1}
29}
30
31
32
33(**************** Parameters *************)
34
35M$Parameters = {
36
37(* External parameters *)
38
39
40 CBtWL4== {
41 ParameterType -> External,
42 BlockName -> DIM8,
43 InteractionOrder -> {{QED,1},{ NP, 1}},
44 Value -> 1,
45 TeX -> Subscript[C,BtW]/\[CapitalLambda]^4,
46 Description -> "coefficient of OBtW in TeV-4"},
47
48 CBWL4== {
49 ParameterType -> External,
50 BlockName -> DIM8,
51 InteractionOrder -> {{QED,1},{ NP, 1}},
52 Value -> 1,
53 TeX -> Subscript[C,BW]/\[CapitalLambda]^4,
54 Description -> "coefficient of OBW in TeV-4"},
55
56 CWWL4== {
57 ParameterType -> External,
58 BlockName -> DIM8,
59 InteractionOrder -> {{QED,1},{ NP, 1}},
60 Value -> 1,
61 TeX -> Subscript[C,WW]/\[CapitalLambda]^4,
62 Description -> "coefficient of OWW in TeV-4"},
63
64 CBBL4== {
65 ParameterType -> External,
66 BlockName -> DIM8,
67 InteractionOrder -> {{QED,1},{ NP, 1}},
68 Value -> 1,
69 TeX -> Subscript[C,BB]/\[CapitalLambda]^4,
70 Description -> "coefficient of OBB in TeV-4"}
71}
72
73ddH := DC[Phi[kk2], rho] /. Phi[x__] -> DC[Phi[x], mu];
74
75Lbw := I FS[Wi, mu, nu, ii] FS[B, nu, rho] Phibar[
76 kk1] (ddH + (ddH /. {mu -> rho, rho -> mu})) Ta[ii, kk1, kk2] CBWL4/
77 10^12;
78Lbb := I FS[B, mu, nu] FS[B, nu, rho] Phibar[
79 kk2] (ddH + (ddH /. {mu -> rho, rho -> mu})) CBBL4/10^12;
80Lww := I FS[Wi, mu, nu, ii] FS[Wi, nu, rho, ii2] Phibar[
81 kk] (ddH + (ddH /. {mu -> rho, rho -> mu})) Ta[ii, kk1, kk2] Ta[
82 ii2, kk, kk1] CWWL4/10^12;
83
84Lbtw := I Module[{mu,nu,rho,ii,al,be,kk1,kk2,ddH},
85 ddH = DC[Phi[kk2], rho] /. Phi[x__] -> DC[Phi[x], mu];
86 FS[Wi, mu, nu, ii]FS[B, al, be] Eps[al,be,nu, rho] Phibar[
87 kk1] (ddH + (ddH /. {mu -> rho, rho -> mu})) Ta[ii, kk1, kk2]] CBtWL4/
88 10^12;
89
90
91LEFTnH:=ExpandIndices[Lbtw,FlavorExpand->{SU2D,SU2W},MaxParticles->3];
92
93LEFT:=LEFTnH+HC[LEFTnH];
94
95LCPEFT=ExpandIndices[Lww+Lbb+Lbw+HC[Lww+Lbb+Lbw],FlavorExpand->{SU2D,SU2W},MaxParticles->3];