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Charged Higgs Discovery in the W plus "Dark" Vector Boson Decay Mode · Around

2014

Charged Higgs Discovery in the W plus "Dark" Vector Boson Decay Mode

Davoudiasl, Hooman, Marciano, William J., Ramos, Raymundo et al.

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In Two Higgs doublet extensions of the Standard Model, flavor-changing neutral current constraints can be addressed by introducing a U(1)' gauge symmetry, under which the Higgs doublets carry different charges.

That scenario implies the presence of a H^\pm W^\mp Z' vertex at tree level.
For the light "dark" Z model (Z'=Z_d) with m_{Z_d} < 10 GeV, such a coupling leads to the dominant decay mode H^\pm \to W^\pm + Z_d (for m_{H^\pm} \lsim 175 GeV), rather than the usual type I model decay H^\pm \to \tau^\pm \nu, for a broad range of parameters.
We find that current analyses do not place significant bounds on this scenario.

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