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2015:groups:np:lfv [2015/06/16 16:33] adrian.carmona |
2015:groups:np:lfv [2015/06/18 13:54] michele.frigerio |
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* Look for possible flavor textures of the SM Yukawas and the NP interactions and work out the LVF implications. __Leader__: Ken Lane? __other members__: Diego Guadagnoli?, ??? | * Look for possible flavor textures of the SM Yukawas and the NP interactions and work out the LVF implications. __Leader__: Ken Lane? __other members__: Diego Guadagnoli?, ??? | ||
* Suppose the NP interactions for lepton flavor non-universality also violate CP through an o(1) NP phase. Are there interesting implications one can test at LHCb? __Leader__: ???, __other members__: ??? | * Suppose the NP interactions for lepton flavor non-universality also violate CP through an o(1) NP phase. Are there interesting implications one can test at LHCb? __Leader__: ???, __other members__: ??? | ||
- | * In composite Higgs models with a additional leptoquark pseudo NGB, what level of LVF signals are possible by increasing the lepton partial compositeness (assuming some protection for mu to e gamma)? __Leader__: Marco Nardecchia, __other members__: Cedric Delaunay, Alberto Parolini, Florian Goertz, Adrian Carmona, ... ??? | + | * In composite Higgs models with a additional leptoquark pseudo NGB, what level of LVF signals are possible by increasing the lepton partial compositeness (assuming some protection for mu to e gamma)? __Leader__: Marco Nardecchia, __other members__: Cedric Delaunay, Alberto Parolini, Florian Goertz, Adrian Carmona, M.Frigerio, A.Bharucha |
* Generalizing the composite framework, we consider both left- and right-handed currents in the lepton sector, but restrict ourselves to new left-handed quark contributions. This can be motivated by the large top-quark mass, which (in a class of models) also leads to a large b_L compositeness, while the right-handed bottom would be rather elementary. | * Generalizing the composite framework, we consider both left- and right-handed currents in the lepton sector, but restrict ourselves to new left-handed quark contributions. This can be motivated by the large top-quark mass, which (in a class of models) also leads to a large b_L compositeness, while the right-handed bottom would be rather elementary. | ||
- | * We thus consider the operators:... | + | * We thus consider the operators: ... |
* Since the constraints in the up-type sector are less stringent, we focus on the down sector, | * Since the constraints in the up-type sector are less stringent, we focus on the down sector, | ||