Adding doublet fermions to SM
Posted: 30. Jul 2018, 09:32
Dear Florian,
I am trying to add two new fermions to SM model. So I did the following changes
[FermionFields[[6]] = {n1, 1, {n1uL, n1dL}, -1/2, 2, 1};
FermionFields[[7]] = {n2, 1, {n2uL, n2dL}, 1/2, 2, 1};]
And added mass term for the fermion and dim-5 operator
[Wop epsTensor[lef1,lef2] epsTensor[lef3,lef4] H.n1.H.n1- m1 epsTensor[lef1,lef2] n1.n2);
When I looked at the input lagrangian for Gauge ES(in PDF file), I found following things: fields n1 and and n2 appeared with additional indices. Vertices (two fermion- one vector) for corresponding mass eigenstates are with index{gt1} , rotation matrix Zf is summed over i=1,100 !!. I could not figure out what went wrong. Could you check my model file(attached). Your help will be much appreciated.
Thanks and regards
suryam
I am trying to add two new fermions to SM model. So I did the following changes
[FermionFields[[6]] = {n1, 1, {n1uL, n1dL}, -1/2, 2, 1};
FermionFields[[7]] = {n2, 1, {n2uL, n2dL}, 1/2, 2, 1};]
And added mass term for the fermion and dim-5 operator
[Wop epsTensor[lef1,lef2] epsTensor[lef3,lef4] H.n1.H.n1- m1 epsTensor[lef1,lef2] n1.n2);
When I looked at the input lagrangian for Gauge ES(in PDF file), I found following things: fields n1 and and n2 appeared with additional indices. Vertices (two fermion- one vector) for corresponding mass eigenstates are with index{gt1} , rotation matrix Zf is summed over i=1,100 !!. I could not figure out what went wrong. Could you check my model file(attached). Your help will be much appreciated.
Thanks and regards
suryam